Frequencies for msabea dataset : by Jean Roth , jroth@nber.org , 20 Apr 2017 Frequencies for county variable in msabea dataset : County Name | Freq. Percent Cum. --------------------------+----------------------------------- ABBEVILLE | 1 0.03 0.03 ACADIA | 1 0.03 0.06 ACCOMACK | 1 0.03 0.09 ADA | 1 0.03 0.12 ADAIR | 4 0.12 0.24 ADAMS | 12 0.36 0.61 ADDISON | 1 0.03 0.64 ADJUNTAS | 1 0.03 0.67 AGUADA | 1 0.03 0.70 AGUADILLA | 1 0.03 0.73 AGUAS BUENAS | 1 0.03 0.76 AIBONITO | 1 0.03 0.79 AIKEN | 1 0.03 0.82 AITKIN | 1 0.03 0.85 ALACHUA | 1 0.03 0.88 ALAMANCE | 1 0.03 0.91 ALAMEDA | 1 0.03 0.94 ALAMOSA | 1 0.03 0.97 ALBANY | 2 0.06 1.03 ALBEMARLE | 1 0.03 1.06 ALCONA | 1 0.03 1.09 ALCORN | 1 0.03 1.12 ALEUTIANS EAST | 1 0.03 1.16 ALEUTIANS WEST | 1 0.03 1.19 ALEXANDER | 2 0.06 1.25 ALEXANDRIA CITY | 1 0.03 1.28 ALFALFA | 1 0.03 1.31 ALGER | 1 0.03 1.34 ALLAMAKEE | 1 0.03 1.37 ALLEGAN | 1 0.03 1.40 ALLEGANY | 2 0.06 1.46 ALLEGHANY | 2 0.06 1.52 ALLEGHENY | 1 0.03 1.55 ALLEN | 5 0.15 1.70 ALLENDALE | 1 0.03 1.73 ALPENA | 1 0.03 1.76 ALPINE | 1 0.03 1.79 AMADOR | 1 0.03 1.82 AMELIA | 1 0.03 1.85 AMHERST | 1 0.03 1.88 AMITE | 1 0.03 1.91 ANASCO | 1 0.03 1.95 ANCHORAGE | 1 0.03 1.98 ANDERSON | 5 0.15 2.13 ANDREW | 1 0.03 2.16 ANDREWS | 1 0.03 2.19 ANDROSCOGGIN | 1 0.03 2.22 ANGELINA | 1 0.03 2.25 ANGOON | 1 0.03 2.28 ANNE ARUNDEL | 1 0.03 2.31 ANOKA | 1 0.03 2.34 ANSON | 1 0.03 2.37 ANTELOPE | 1 0.03 2.40 ANTRIM | 1 0.03 2.43 APACHE | 1 0.03 2.46 APPANOOSE | 1 0.03 2.49 APPLING | 1 0.03 2.52 APPOMATTOX | 1 0.03 2.55 ARANSAS | 1 0.03 2.58 ARAPAHOE | 1 0.03 2.61 ARCHER | 1 0.03 2.64 ARCHULETA | 1 0.03 2.67 ARECIBO | 1 0.03 2.71 ARENAC | 1 0.03 2.74 ARKANSAS | 1 0.03 2.77 ARLINGTON | 1 0.03 2.80 ARMSTRONG | 2 0.06 2.86 AROOSTOOK | 1 0.03 2.89 ARROYO | 1 0.03 2.92 ARTHUR | 1 0.03 2.95 ASCENSION | 1 0.03 2.98 ASHE | 1 0.03 3.01 ASHLAND | 2 0.06 3.07 ASHLEY | 1 0.03 3.10 ASHTABULA | 1 0.03 3.13 ASOTIN | 1 0.03 3.16 ASSUMPTION | 1 0.03 3.19 ATASCOSA | 1 0.03 3.22 ATCHISON | 2 0.06 3.28 ATHENS | 1 0.03 3.31 ATKINSON | 1 0.03 3.34 ATLANTIC | 1 0.03 3.37 ATOKA | 1 0.03 3.40 ATTALA | 1 0.03 3.43 AUDRAIN | 1 0.03 3.47 AUDUBON | 1 0.03 3.50 AUGLAIZE | 1 0.03 3.53 AUGUSTA | 1 0.03 3.56 AURORA | 1 0.03 3.59 AUSTIN | 1 0.03 3.62 AUTAUGA | 1 0.03 3.65 AVERY | 1 0.03 3.68 AVOYELLES | 1 0.03 3.71 BACA | 1 0.03 3.74 BACON | 1 0.03 3.77 BAILEY | 1 0.03 3.80 BAKER | 3 0.09 3.89 BALDWIN | 2 0.06 3.95 BALLARD | 1 0.03 3.98 BALTIMORE | 1 0.03 4.01 BALTIMORE CITY | 1 0.03 4.04 BAMBERG | 1 0.03 4.07 BANDERA | 1 0.03 4.10 BANKS | 1 0.03 4.13 BANNER | 1 0.03 4.16 BANNOCK | 1 0.03 4.19 BARAGA | 1 0.03 4.22 BARBER | 1 0.03 4.26 BARBOUR | 2 0.06 4.32 BARCELONETA | 1 0.03 4.35 BARNES | 1 0.03 4.38 BARNSTABLE | 1 0.03 4.41 BARNWELL | 1 0.03 4.44 BARRANQUITAS | 1 0.03 4.47 BARREN | 1 0.03 4.50 BARRON | 1 0.03 4.53 BARROW | 1 0.03 4.56 BARROW-NORTH SLOPE | 1 0.03 4.59 BARRY | 2 0.06 4.65 BARTHOLOMEW | 1 0.03 4.68 BARTON | 2 0.06 4.74 BARTOW | 1 0.03 4.77 BASTROP | 1 0.03 4.80 BATES | 1 0.03 4.83 BATH | 2 0.06 4.89 BAXTER | 1 0.03 4.92 BAY | 2 0.06 4.98 BAYAMON | 1 0.03 5.02 BAYFIELD | 1 0.03 5.05 BAYLOR | 1 0.03 5.08 BEADLE | 1 0.03 5.11 BEAR LAKE | 1 0.03 5.14 BEAUFORT | 2 0.06 5.20 BEAUREGARD | 1 0.03 5.23 BEAVER | 3 0.09 5.32 BEAVERHEAD | 1 0.03 5.35 BECKER | 1 0.03 5.38 BECKHAM | 1 0.03 5.41 BEDFORD | 3 0.09 5.50 BEDFORD CITY | 1 0.03 5.53 BEE | 1 0.03 5.56 BELKNAP | 1 0.03 5.59 BELL | 2 0.06 5.65 BELMONT | 1 0.03 5.68 BELTRAMI | 1 0.03 5.71 BEN HILL | 1 0.03 5.74 BENEWAH | 1 0.03 5.78 BENNETT | 1 0.03 5.81 BENNINGTON | 1 0.03 5.84 BENSON | 1 0.03 5.87 BENT | 1 0.03 5.90 BENTON | 9 0.27 6.17 BENZIE | 1 0.03 6.20 BERGEN | 1 0.03 6.23 BERKELEY | 2 0.06 6.29 BERKS | 1 0.03 6.32 BERKSHIRE | 1 0.03 6.35 BERNALILLO | 1 0.03 6.38 BERRIEN | 2 0.06 6.44 BERTIE | 1 0.03 6.47 BETHEL | 1 0.03 6.50 BEXAR | 1 0.03 6.53 BIBB | 2 0.06 6.60 BIENVILLE | 1 0.03 6.63 BIG HORN | 2 0.06 6.69 BIG STONE | 1 0.03 6.72 BILLINGS | 1 0.03 6.75 BINGHAM | 1 0.03 6.78 BLACK HAWK | 1 0.03 6.81 BLACKFORD | 1 0.03 6.84 BLADEN | 1 0.03 6.87 BLAINE | 4 0.12 6.99 BLAIR | 1 0.03 7.02 BLANCO | 1 0.03 7.05 BLAND | 1 0.03 7.08 BLECKLEY | 1 0.03 7.11 BLEDSOE | 1 0.03 7.14 BLOUNT | 2 0.06 7.20 BLUE EARTH | 1 0.03 7.23 BOISE | 1 0.03 7.26 BOLIVAR | 1 0.03 7.29 BOLLINGER | 1 0.03 7.33 BON HOMME | 1 0.03 7.36 BOND | 1 0.03 7.39 BONNER | 1 0.03 7.42 BONNEVILLE | 1 0.03 7.45 BOONE | 8 0.24 7.69 BORDEN | 1 0.03 7.72 BOSQUE | 1 0.03 7.75 BOSSIER | 1 0.03 7.78 BOTETOURT | 1 0.03 7.81 BOTTINEAU | 1 0.03 7.84 BOULDER | 1 0.03 7.87 BOUNDARY | 1 0.03 7.90 BOURBON | 2 0.06 7.96 BOWIE | 1 0.03 7.99 BOWMAN | 1 0.03 8.02 BOX BUTTE | 1 0.03 8.05 BOX ELDER | 1 0.03 8.09 BOYD | 2 0.06 8.15 BOYLE | 1 0.03 8.18 BRACKEN | 1 0.03 8.21 BRADFORD | 2 0.06 8.27 BRADLEY | 2 0.06 8.33 BRANCH | 1 0.03 8.36 BRANTLEY | 1 0.03 8.39 BRAXTON | 1 0.03 8.42 BRAZORIA | 1 0.03 8.45 BRAZOS | 1 0.03 8.48 BREATHITT | 1 0.03 8.51 BRECKINRIDGE | 1 0.03 8.54 BREMER | 1 0.03 8.57 BREVARD | 1 0.03 8.60 BREWSTER | 1 0.03 8.63 BRISCOE | 1 0.03 8.66 BRISTOL | 2 0.06 8.72 BRISTOL BAY BOROUGH | 1 0.03 8.75 BRISTOL CITY | 1 0.03 8.78 BROADWATER | 1 0.03 8.81 BRONX | 1 0.03 8.84 BROOKE | 1 0.03 8.88 BROOKINGS | 1 0.03 8.91 BROOKS | 2 0.06 8.97 BROOME | 1 0.03 9.00 BROOMFIELD | 1 0.03 9.03 BROWARD | 1 0.03 9.06 BROWN | 9 0.27 9.33 BRULE | 1 0.03 9.36 BRUNSWICK | 2 0.06 9.42 BRYAN | 2 0.06 9.48 BUCHANAN | 3 0.09 9.57 BUCKINGHAM | 1 0.03 9.60 BUCKS | 1 0.03 9.64 BUENA VISTA | 1 0.03 9.67 BUENA VISTA CITY | 1 0.03 9.70 BUFFALO | 3 0.09 9.79 BULLITT | 1 0.03 9.82 BULLOCH | 1 0.03 9.85 BULLOCK | 1 0.03 9.88 BUNCOMBE | 1 0.03 9.91 BUREAU | 1 0.03 9.94 BURKE | 3 0.09 10.03 BURLEIGH | 1 0.03 10.06 BURLESON | 1 0.03 10.09 BURLINGTON | 1 0.03 10.12 BURNET | 1 0.03 10.15 BURNETT | 1 0.03 10.18 BURT | 1 0.03 10.21 BUTLER | 8 0.24 10.46 BUTTE | 3 0.09 10.55 BUTTS | 1 0.03 10.58 CABARRUS | 1 0.03 10.61 CABELL | 1 0.03 10.64 CABO ROJO | 1 0.03 10.67 CACHE | 1 0.03 10.70 CADDO | 2 0.06 10.76 CAGUAS | 1 0.03 10.79 CALAVERAS | 1 0.03 10.82 CALCASIEU | 1 0.03 10.85 CALDWELL | 5 0.15 11.00 CALEDONIA | 1 0.03 11.03 CALHOUN | 11 0.33 11.37 CALLAHAN | 1 0.03 11.40 CALLAWAY | 1 0.03 11.43 CALLOWAY | 1 0.03 11.46 CALUMET | 1 0.03 11.49 CALVERT | 1 0.03 11.52 CAMAS | 1 0.03 11.55 CAMBRIA | 1 0.03 11.58 CAMDEN | 4 0.12 11.70 CAMERON | 3 0.09 11.79 CAMP | 1 0.03 11.82 CAMPBELL | 5 0.15 11.98 CAMUY | 1 0.03 12.01 CANADIAN | 1 0.03 12.04 CANDLER | 1 0.03 12.07 CANNON | 1 0.03 12.10 CANOVANAS | 1 0.03 12.13 CANYON | 1 0.03 12.16 CAPE GIRARDEAU | 1 0.03 12.19 CAPE MAY | 1 0.03 12.22 CARBON | 4 0.12 12.34 CARIBOU | 1 0.03 12.37 CARLISLE | 1 0.03 12.40 CARLTON | 1 0.03 12.43 CAROLINA | 1 0.03 12.46 CAROLINE | 2 0.06 12.52 CARROLL | 13 0.40 12.92 CARSON | 1 0.03 12.95 CARSON CITY | 1 0.03 12.98 CARTER | 5 0.15 13.13 CARTERET | 1 0.03 13.16 CARVER | 1 0.03 13.19 CASCADE | 1 0.03 13.22 CASEY | 1 0.03 13.25 CASS | 9 0.27 13.53 CASSIA | 1 0.03 13.56 CASTRO | 1 0.03 13.59 CASWELL | 1 0.03 13.62 CATAHOULA | 1 0.03 13.65 CATANO | 1 0.03 13.68 CATAWBA | 1 0.03 13.71 CATOOSA | 1 0.03 13.74 CATRON | 1 0.03 13.77 CATTARAUGUS | 1 0.03 13.80 CAVALIER | 1 0.03 13.83 CAYEY | 1 0.03 13.86 CAYUGA | 1 0.03 13.89 CECIL | 1 0.03 13.92 CEDAR | 3 0.09 14.01 CEIBA | 1 0.03 14.04 CENTRE | 1 0.03 14.07 CERRO GORDO | 1 0.03 14.10 CHAFFEE | 1 0.03 14.13 CHAMBERS | 2 0.06 14.19 CHAMPAIGN | 2 0.06 14.26 CHARITON | 1 0.03 14.29 CHARLES | 1 0.03 14.32 CHARLES CITY | 1 0.03 14.35 CHARLES MIX | 1 0.03 14.38 CHARLESTON | 1 0.03 14.41 CHARLEVOIX | 1 0.03 14.44 CHARLOTTE | 2 0.06 14.50 CHARLOTTESVILLE CITY | 1 0.03 14.53 CHARLTON | 1 0.03 14.56 CHASE | 2 0.06 14.62 CHATHAM | 2 0.06 14.68 CHATTAHOOCHEE | 1 0.03 14.71 CHATTOOGA | 1 0.03 14.74 CHAUTAUQUA | 2 0.06 14.80 CHAVES | 1 0.03 14.83 CHEATHAM | 1 0.03 14.86 CHEBOYGAN | 1 0.03 14.89 CHELAN | 1 0.03 14.92 CHEMUNG | 1 0.03 14.95 CHENANGO | 1 0.03 14.98 CHEROKEE | 8 0.24 15.23 CHERRY | 1 0.03 15.26 CHESAPEAKE CITY | 1 0.03 15.29 CHESHIRE | 1 0.03 15.32 CHESTER | 3 0.09 15.41 CHESTERFIELD | 2 0.06 15.47 CHEYENNE | 3 0.09 15.56 CHICKASAW | 2 0.06 15.62 CHICOT | 1 0.03 15.65 CHILDRESS | 1 0.03 15.68 CHILTON | 1 0.03 15.71 CHIPPEWA | 3 0.09 15.81 CHISAGO | 1 0.03 15.84 CHITTENDEN | 1 0.03 15.87 CHOCTAW | 3 0.09 15.96 CHOUTEAU | 1 0.03 15.99 CHOWAN | 1 0.03 16.02 CHRISTIAN | 3 0.09 16.11 CHURCHILL | 1 0.03 16.14 CIALES | 1 0.03 16.17 CIBOLA | 1 0.03 16.20 CIDRA | 1 0.03 16.23 CIMARRON | 1 0.03 16.26 CITRUS | 1 0.03 16.29 CLACKAMAS | 1 0.03 16.32 CLAIBORNE | 3 0.09 16.41 CLALLAM | 1 0.03 16.44 CLARE | 1 0.03 16.47 CLARENDON | 1 0.03 16.50 CLARION | 1 0.03 16.53 CLARK | 12 0.36 16.90 CLARKE | 5 0.15 17.05 CLATSOP | 1 0.03 17.08 CLAY | 18 0.55 17.63 CLAYTON | 2 0.06 17.69 CLEAR CREEK | 1 0.03 17.72 CLEARFIELD | 1 0.03 17.75 CLEARWATER | 2 0.06 17.81 CLEBURNE | 2 0.06 17.87 CLERMONT | 1 0.03 17.90 CLEVELAND | 3 0.09 17.99 CLIFTON FORGE CITY | 1 0.03 18.02 CLINCH | 1 0.03 18.05 CLINTON | 9 0.27 18.33 CLOUD | 1 0.03 18.36 COAHOMA | 1 0.03 18.39 COAL | 1 0.03 18.42 COAMO | 1 0.03 18.45 COBB | 1 0.03 18.48 COCHISE | 1 0.03 18.51 COCHRAN | 1 0.03 18.54 COCKE | 1 0.03 18.57 COCONINO | 1 0.03 18.60 CODINGTON | 1 0.03 18.63 COFFEE | 3 0.09 18.72 COFFEY | 1 0.03 18.75 COKE | 1 0.03 18.78 COLBERT | 1 0.03 18.81 COLE | 1 0.03 18.84 COLEMAN | 1 0.03 18.88 COLES | 1 0.03 18.91 COLFAX | 2 0.06 18.97 COLLETON | 1 0.03 19.00 COLLIER | 1 0.03 19.03 COLLIN | 1 0.03 19.06 COLLINGSWORTH | 1 0.03 19.09 COLONIAL HEIGHTS CITY | 1 0.03 19.12 COLORADO | 1 0.03 19.15 COLQUITT | 1 0.03 19.18 COLUMBIA | 8 0.24 19.42 COLUMBIANA | 1 0.03 19.45 COLUMBUS | 1 0.03 19.48 COLUSA | 1 0.03 19.51 COMAL | 1 0.03 19.54 COMANCHE | 3 0.09 19.64 COMERIO | 1 0.03 19.67 CONCHO | 1 0.03 19.70 CONCORDIA | 1 0.03 19.73 CONECUH | 1 0.03 19.76 CONEJOS | 1 0.03 19.79 CONTRA COSTA | 1 0.03 19.82 CONVERSE | 1 0.03 19.85 CONWAY | 1 0.03 19.88 COOK | 3 0.09 19.97 COOKE | 1 0.03 20.00 COOPER | 1 0.03 20.03 COOS | 2 0.06 20.09 COOSA | 1 0.03 20.12 COPIAH | 1 0.03 20.15 CORDOVA-MCCARTHY | 1 0.03 20.18 COROZAL | 1 0.03 20.21 CORSON | 1 0.03 20.24 CORTLAND | 1 0.03 20.27 CORYELL | 1 0.03 20.30 COSHOCTON | 1 0.03 20.33 COSTILLA | 1 0.03 20.36 COTTLE | 1 0.03 20.40 COTTON | 1 0.03 20.43 COTTONWOOD | 1 0.03 20.46 COVINGTON | 2 0.06 20.52 COVINGTON CITY | 1 0.03 20.55 COWETA | 1 0.03 20.58 COWLEY | 1 0.03 20.61 COWLITZ | 1 0.03 20.64 CRAIG | 2 0.06 20.70 CRAIGHEAD | 1 0.03 20.73 CRANE | 1 0.03 20.76 CRAVEN | 1 0.03 20.79 CRAWFORD | 11 0.33 21.12 CREEK | 1 0.03 21.16 CRENSHAW | 1 0.03 21.19 CRISP | 1 0.03 21.22 CRITTENDEN | 2 0.06 21.28 CROCKETT | 2 0.06 21.34 CROOK | 2 0.06 21.40 CROSBY | 1 0.03 21.43 CROSS | 1 0.03 21.46 CROW WING | 1 0.03 21.49 CROWLEY | 1 0.03 21.52 CULBERSON | 1 0.03 21.55 CULEBRA | 1 0.03 21.58 CULLMAN | 1 0.03 21.61 CULPEPER | 1 0.03 21.64 CUMBERLAND | 8 0.24 21.88 CUMING | 1 0.03 21.91 CURRITUCK | 1 0.03 21.95 CURRY | 2 0.06 22.01 CUSTER | 6 0.18 22.19 CUYAHOGA | 1 0.03 22.22 DADE | 3 0.09 22.31 DAGGETT | 1 0.03 22.34 DAKOTA | 2 0.06 22.40 DALE | 1 0.03 22.43 DALLAM | 1 0.03 22.46 DALLAS | 5 0.15 22.61 DANE | 1 0.03 22.64 DANIELS | 1 0.03 22.67 DANVILLE CITY | 1 0.03 22.71 DARE | 1 0.03 22.74 DARKE | 1 0.03 22.77 DARLINGTON | 1 0.03 22.80 DAUPHIN | 1 0.03 22.83 DAVIDSON | 2 0.06 22.89 DAVIE | 1 0.03 22.92 DAVIESS | 3 0.09 23.01 DAVIS | 2 0.06 23.07 DAVISON | 1 0.03 23.10 DAWES | 1 0.03 23.13 DAWSON | 4 0.12 23.25 DAY | 1 0.03 23.28 DE BACA | 1 0.03 23.31 DE KALB | 6 0.18 23.50 DE SOTO | 3 0.09 23.59 DE WITT | 2 0.06 23.65 DEAF SMITH | 1 0.03 23.68 DEARBORN | 1 0.03 23.71 DECATUR | 5 0.15 23.86 DEER LODGE | 1 0.03 23.89 DEFIANCE | 1 0.03 23.92 DEL NORTE | 1 0.03 23.95 DELAWARE | 6 0.18 24.13 DELTA | 3 0.09 24.22 DENALI | 1 0.03 24.26 DENT | 1 0.03 24.29 DENTON | 1 0.03 24.32 DENVER | 1 0.03 24.35 DES MOINES | 1 0.03 24.38 DESCHUTES | 1 0.03 24.41 DESHA | 1 0.03 24.44 DEUEL | 2 0.06 24.50 DEWEY | 2 0.06 24.56 DICKENS | 1 0.03 24.59 DICKENSON | 1 0.03 24.62 DICKEY | 1 0.03 24.65 DICKINSON | 3 0.09 24.74 DICKSON | 1 0.03 24.77 DILLINGHAM | 1 0.03 24.80 DILLON | 1 0.03 24.83 DIMMIT | 1 0.03 24.86 DINWIDDIE | 1 0.03 24.89 DIVIDE | 1 0.03 24.92 DIXIE | 1 0.03 24.95 DIXON | 1 0.03 24.98 DODDRIDGE | 1 0.03 25.02 DODGE | 4 0.12 25.14 DOLORES | 1 0.03 25.17 DONA ANA | 1 0.03 25.20 DONIPHAN | 1 0.03 25.23 DONLEY | 1 0.03 25.26 DOOLY | 1 0.03 25.29 DOOR | 1 0.03 25.32 DORADO | 1 0.03 25.35 DORCHESTER | 2 0.06 25.41 DOUGHERTY | 1 0.03 25.44 DOUGLAS | 12 0.36 25.81 DREW | 1 0.03 25.84 DU PAGE | 1 0.03 25.87 DUBOIS | 1 0.03 25.90 DUBUQUE | 1 0.03 25.93 DUCHESNE | 1 0.03 25.96 DUKES | 1 0.03 25.99 DUNDY | 1 0.03 26.02 DUNKLIN | 1 0.03 26.05 DUNN | 2 0.06 26.11 DUPLIN | 1 0.03 26.14 DURHAM | 1 0.03 26.17 DUTCHESS | 1 0.03 26.20 DUVAL | 2 0.06 26.26 DYER | 1 0.03 26.29 E. BATON ROUGE | 1 0.03 26.32 EAGLE | 1 0.03 26.35 EARLY | 1 0.03 26.38 EAST CARROLL | 1 0.03 26.41 EAST FELICIANA | 1 0.03 26.44 EASTLAND | 1 0.03 26.47 EATON | 1 0.03 26.50 EAU CLAIRE | 1 0.03 26.53 ECHOLS | 1 0.03 26.57 ECTOR | 1 0.03 26.60 EDDY | 2 0.06 26.66 EDGAR | 1 0.03 26.69 EDGECOMBE | 1 0.03 26.72 EDGEFIELD | 1 0.03 26.75 EDMONSON | 1 0.03 26.78 EDMUNDS | 1 0.03 26.81 EDWARDS | 3 0.09 26.90 EFFINGHAM | 2 0.06 26.96 EL DORADO | 1 0.03 26.99 EL PASO | 2 0.06 27.05 ELBERT | 2 0.06 27.11 ELK | 2 0.06 27.17 ELKHART | 1 0.03 27.20 ELKO | 1 0.03 27.23 ELLIOTT | 1 0.03 27.26 ELLIS | 3 0.09 27.36 ELLSWORTH | 1 0.03 27.39 ELMORE | 2 0.06 27.45 EMANUEL | 1 0.03 27.48 EMERY | 1 0.03 27.51 EMMET | 2 0.06 27.57 EMMONS | 1 0.03 27.60 EMPORIA CITY | 1 0.03 27.63 ERATH | 1 0.03 27.66 ERIE | 3 0.09 27.75 ESCAMBIA | 2 0.06 27.81 ESMERALDA | 1 0.03 27.84 ESSEX | 5 0.15 27.99 ESTILL | 1 0.03 28.02 ETOWAH | 1 0.03 28.05 EUREKA | 1 0.03 28.09 EVANGELINE | 1 0.03 28.12 EVANS | 1 0.03 28.15 FAIRBANKS NORTH STAR | 1 0.03 28.18 FAIRFAX | 1 0.03 28.21 FAIRFAX CITY | 1 0.03 28.24 FAIRFIELD | 3 0.09 28.33 FAJARDO | 1 0.03 28.36 FALL RIVER | 1 0.03 28.39 FALLON | 1 0.03 28.42 FALLS | 1 0.03 28.45 FALLS CHURCH CITY | 1 0.03 28.48 FANNIN | 2 0.06 28.54 FARIBAULT | 1 0.03 28.57 FAULK | 1 0.03 28.60 FAULKNER | 1 0.03 28.63 FAUQUIER | 1 0.03 28.66 FAYETTE | 11 0.33 29.00 FENTRESS | 1 0.03 29.03 FERGUS | 1 0.03 29.06 FERRY | 1 0.03 29.09 FILLMORE | 2 0.06 29.15 FINNEY | 1 0.03 29.18 FISHER | 1 0.03 29.21 FLAGLER | 1 0.03 29.24 FLATHEAD | 1 0.03 29.27 FLEMING | 1 0.03 29.30 FLORENCE | 2 0.06 29.36 FLORIDA | 1 0.03 29.39 FLOYD | 6 0.18 29.57 FLUVANNA | 1 0.03 29.60 FOARD | 1 0.03 29.64 FOND DU LAC | 1 0.03 29.67 FORD | 2 0.06 29.73 FOREST | 2 0.06 29.79 FORREST | 1 0.03 29.82 FORSYTH | 2 0.06 29.88 FORT BEND | 1 0.03 29.91 FOSTER | 1 0.03 29.94 FOUNTAIN | 1 0.03 29.97 FRANKLIN | 25 0.76 30.73 FRANKLIN CITY | 1 0.03 30.76 FREDERICK | 2 0.06 30.82 FREDERICKSBURG CITY | 1 0.03 30.85 FREEBORN | 1 0.03 30.88 FREESTONE | 1 0.03 30.91 FREMONT | 4 0.12 31.03 FRESNO | 1 0.03 31.06 FRIO | 1 0.03 31.09 FRONTIER | 1 0.03 31.12 FULTON | 8 0.24 31.37 FURNAS | 1 0.03 31.40 GADSDEN | 1 0.03 31.43 GAGE | 1 0.03 31.46 GAINES | 1 0.03 31.49 GALAX CITY | 1 0.03 31.52 GALLATIN | 3 0.09 31.61 GALLIA | 1 0.03 31.64 GALVESTON | 1 0.03 31.67 GARDEN | 1 0.03 31.70 GARFIELD | 6 0.18 31.88 GARLAND | 1 0.03 31.91 GARRARD | 1 0.03 31.95 GARRETT | 1 0.03 31.98 GARVIN | 1 0.03 32.01 GARZA | 1 0.03 32.04 GASCONADE | 1 0.03 32.07 GASTON | 1 0.03 32.10 GATES | 1 0.03 32.13 GEARY | 1 0.03 32.16 GEAUGA | 1 0.03 32.19 GEM | 1 0.03 32.22 GENESEE | 2 0.06 32.28 GENEVA | 1 0.03 32.31 GENTRY | 1 0.03 32.34 GEORGE | 1 0.03 32.37 GEORGETOWN | 1 0.03 32.40 GIBSON | 2 0.06 32.46 GILA | 1 0.03 32.49 GILCHRIST | 1 0.03 32.52 GILES | 2 0.06 32.58 GILLESPIE | 1 0.03 32.61 GILLIAM | 1 0.03 32.64 GILMER | 2 0.06 32.71 GILPIN | 1 0.03 32.74 GLACIER | 1 0.03 32.77 GLADES | 1 0.03 32.80 GLADWIN | 1 0.03 32.83 GLASCOCK | 1 0.03 32.86 GLASSCOCK | 1 0.03 32.89 GLENN | 1 0.03 32.92 GLOUCESTER | 2 0.06 32.98 GLYNN | 1 0.03 33.01 GOGEBIC | 1 0.03 33.04 GOLDEN VALLEY | 2 0.06 33.10 GOLIAD | 1 0.03 33.13 GONZALES | 1 0.03 33.16 GOOCHLAND | 1 0.03 33.19 GOODHUE | 1 0.03 33.22 GOODING | 1 0.03 33.25 GORDON | 1 0.03 33.28 GOSHEN | 1 0.03 33.31 GOSPER | 1 0.03 33.34 GOVE | 1 0.03 33.37 GRADY | 2 0.06 33.43 GRAFTON | 1 0.03 33.47 GRAHAM | 3 0.09 33.56 GRAINGER | 1 0.03 33.59 GRAND | 2 0.06 33.65 GRAND FORKS | 1 0.03 33.68 GRAND ISLE | 1 0.03 33.71 GRAND TRAVERSE | 1 0.03 33.74 GRANITE | 1 0.03 33.77 GRANT | 15 0.46 34.22 GRANVILLE | 1 0.03 34.26 GRATIOT | 1 0.03 34.29 GRAVES | 1 0.03 34.32 GRAY | 2 0.06 34.38 GRAYS HARBOR | 1 0.03 34.41 GRAYSON | 3 0.09 34.50 GREELEY | 2 0.06 34.56 GREEN | 2 0.06 34.62 GREEN LAKE | 1 0.03 34.65 GREENBRIER | 1 0.03 34.68 GREENE | 14 0.43 35.11 GREENLEE | 1 0.03 35.14 GREENSVILLE | 1 0.03 35.17 GREENUP | 1 0.03 35.20 GREENVILLE | 1 0.03 35.23 GREENWOOD | 2 0.06 35.29 GREER | 1 0.03 35.32 GREGG | 1 0.03 35.35 GREGORY | 1 0.03 35.38 GRENADA | 1 0.03 35.41 GRIGGS | 1 0.03 35.44 GRIMES | 1 0.03 35.47 GRUNDY | 4 0.12 35.59 GUADALUPE | 2 0.06 35.65 GUANICA | 1 0.03 35.68 GUAYAMA | 1 0.03 35.71 GUAYANILLA | 1 0.03 35.74 GUAYNABO | 1 0.03 35.78 GUERNSEY | 1 0.03 35.81 GUILFORD | 1 0.03 35.84 GULF | 1 0.03 35.87 GUNNISON | 1 0.03 35.90 GURABO | 1 0.03 35.93 GUTHRIE | 1 0.03 35.96 GWINNETT | 1 0.03 35.99 HAAKON | 1 0.03 36.02 HABERSHAM | 1 0.03 36.05 HAINES | 1 0.03 36.08 HALE | 2 0.06 36.14 HALIFAX | 2 0.06 36.20 HALL | 3 0.09 36.29 HAMBLEN | 1 0.03 36.32 HAMILTON | 10 0.30 36.63 HAMLIN | 1 0.03 36.66 HAMPDEN | 1 0.03 36.69 HAMPSHIRE | 2 0.06 36.75 HAMPTON | 1 0.03 36.78 HAMPTON CITY | 1 0.03 36.81 HANCOCK | 10 0.30 37.11 HAND | 1 0.03 37.14 HANOVER | 1 0.03 37.17 HANSFORD | 1 0.03 37.20 HANSON | 1 0.03 37.23 HARALSON | 1 0.03 37.26 HARDEE | 1 0.03 37.29 HARDEMAN | 2 0.06 37.36 HARDIN | 6 0.18 37.54 HARDING | 2 0.06 37.60 HARDY | 1 0.03 37.63 HARFORD | 1 0.03 37.66 HARLAN | 2 0.06 37.72 HARMON | 1 0.03 37.75 HARNETT | 1 0.03 37.78 HARNEY | 1 0.03 37.81 HARPER | 2 0.06 37.87 HARRIS | 2 0.06 37.93 HARRISON | 8 0.24 38.18 HARRISONBURG CITY | 1 0.03 38.21 HART | 2 0.06 38.27 HARTFORD | 1 0.03 38.30 HARTLEY | 1 0.03 38.33 HARVEY | 1 0.03 38.36 HASKELL | 3 0.09 38.45 HATILLO | 1 0.03 38.48 HAWAII | 1 0.03 38.51 HAWKINS | 1 0.03 38.54 HAYES | 1 0.03 38.57 HAYS | 1 0.03 38.60 HAYWOOD | 2 0.06 38.66 HEARD | 1 0.03 38.69 HEMPHILL | 1 0.03 38.72 HEMPSTEAD | 1 0.03 38.75 HENDERSON | 5 0.15 38.91 HENDRICKS | 1 0.03 38.94 HENDRY | 1 0.03 38.97 HENNEPIN | 1 0.03 39.00 HENRICO | 1 0.03 39.03 HENRY | 10 0.30 39.33 HERKIMER | 1 0.03 39.36 HERNANDO | 1 0.03 39.39 HERTFORD | 1 0.03 39.42 HETTINGER | 1 0.03 39.45 HICKMAN | 2 0.06 39.51 HICKORY | 1 0.03 39.54 HIDALGO | 2 0.06 39.60 HIGHLAND | 2 0.06 39.67 HIGHLANDS | 1 0.03 39.70 HILL | 2 0.06 39.76 HILLSBOROUGH | 2 0.06 39.82 HILLSDALE | 1 0.03 39.85 HINDS | 1 0.03 39.88 HINSDALE | 1 0.03 39.91 HITCHCOCK | 1 0.03 39.94 HOCKING | 1 0.03 39.97 HOCKLEY | 1 0.03 40.00 HODGEMAN | 1 0.03 40.03 HOKE | 1 0.03 40.06 HOLMES | 3 0.09 40.15 HOLT | 2 0.06 40.21 HONOLULU | 1 0.03 40.24 HOOD | 1 0.03 40.27 HOOD RIVER | 1 0.03 40.30 HOOKER | 1 0.03 40.33 HOPEWELL CITY | 1 0.03 40.36 HOPKINS | 2 0.06 40.43 HORMIGUEROS | 1 0.03 40.46 HORRY | 1 0.03 40.49 HOT SPRING | 1 0.03 40.52 HOT SPRINGS | 1 0.03 40.55 HOUGHTON | 1 0.03 40.58 HOUSTON | 5 0.15 40.73 HOWARD | 7 0.21 40.94 HOWELL | 1 0.03 40.97 HUBBARD | 1 0.03 41.00 HUDSON | 1 0.03 41.03 HUDSPETH | 1 0.03 41.06 HUERFANO | 1 0.03 41.09 HUGHES | 2 0.06 41.16 HUMACAO | 1 0.03 41.19 HUMBOLDT | 3 0.09 41.28 HUMPHREYS | 2 0.06 41.34 HUNT | 1 0.03 41.37 HUNTERDON | 1 0.03 41.40 HUNTINGDON | 1 0.03 41.43 HUNTINGTON | 1 0.03 41.46 HURON | 2 0.06 41.52 HUTCHINSON | 2 0.06 41.58 HYDE | 2 0.06 41.64 IBERIA | 1 0.03 41.67 IBERVILLE | 1 0.03 41.70 IDA | 1 0.03 41.73 IDAHO | 1 0.03 41.76 IMPERIAL | 1 0.03 41.79 INDEPENDENCE | 1 0.03 41.82 INDIAN RIVER | 1 0.03 41.85 INDIANA | 1 0.03 41.88 INGHAM | 1 0.03 41.91 INYO | 1 0.03 41.95 IONIA | 1 0.03 41.98 IOSCO | 1 0.03 42.01 IOWA | 2 0.06 42.07 IREDELL | 1 0.03 42.10 IRION | 1 0.03 42.13 IRON | 4 0.12 42.25 IROQUOIS | 1 0.03 42.28 IRWIN | 1 0.03 42.31 ISABELA | 1 0.03 42.34 ISABELLA | 1 0.03 42.37 ISANTI | 1 0.03 42.40 ISLAND | 1 0.03 42.43 ISLE OF WIGHT | 1 0.03 42.46 ISSAQUENA | 1 0.03 42.49 ITASCA | 1 0.03 42.52 ITAWAMBA | 1 0.03 42.55 IZARD | 1 0.03 42.58 JACK | 1 0.03 42.61 JACKSON | 24 0.73 43.34 JAMES CITY | 1 0.03 43.37 JASPER | 8 0.24 43.62 JAY | 1 0.03 43.65 JAYUYA | 1 0.03 43.68 JEFF DAVIS | 2 0.06 43.74 JEFFERSON | 26 0.79 44.53 JEFFERSON DAVIS | 1 0.03 44.56 JEFFRSON DAVIS | 1 0.03 44.59 JENKINS | 1 0.03 44.62 JENNINGS | 1 0.03 44.65 JERAULD | 1 0.03 44.68 JEROME | 1 0.03 44.71 JERSEY | 1 0.03 44.74 JESSAMINE | 1 0.03 44.77 JEWELL | 1 0.03 44.80 JIM HOGG | 1 0.03 44.83 JIM WELLS | 1 0.03 44.86 JO DAVIESS | 1 0.03 44.89 JOHNSON | 12 0.36 45.26 JOHNSTON | 2 0.06 45.32 JONES | 6 0.18 45.50 JOSEPHINE | 1 0.03 45.53 JUAB | 1 0.03 45.56 JUANA DIAZ | 1 0.03 45.59 JUDITH BASIN | 1 0.03 45.62 JUNCOS | 1 0.03 45.65 JUNEAU | 2 0.06 45.71 JUNIATA | 1 0.03 45.74 KALAMAZOO | 1 0.03 45.78 KALAWAO | 1 0.03 45.81 KALKASKA | 1 0.03 45.84 KANABEC | 1 0.03 45.87 KANAWHA | 1 0.03 45.90 KANDIYOHI | 1 0.03 45.93 KANE | 2 0.06 45.99 KANKAKEE | 1 0.03 46.02 KARNES | 1 0.03 46.05 KAUAI | 1 0.03 46.08 KAUFMAN | 1 0.03 46.11 KAY | 1 0.03 46.14 KEARNEY | 1 0.03 46.17 KEARNY | 1 0.03 46.20 KEITH | 1 0.03 46.23 KEMPER | 1 0.03 46.26 KENAI PENINSULA | 1 0.03 46.29 KENAI-COOK INLET | 1 0.03 46.32 KENDALL | 2 0.06 46.38 KENEDY | 1 0.03 46.41 KENNEBEC | 1 0.03 46.44 KENOSHA | 1 0.03 46.47 KENT | 5 0.15 46.63 KENTON | 1 0.03 46.66 KEOKUK | 1 0.03 46.69 KERN | 1 0.03 46.72 KERR | 1 0.03 46.75 KERSHAW | 1 0.03 46.78 KETCHIKAN GATEWAY | 1 0.03 46.81 KEWAUNEE | 1 0.03 46.84 KEWEENAW | 1 0.03 46.87 KEYA PAHA | 1 0.03 46.90 KIDDER | 1 0.03 46.93 KIMBALL | 1 0.03 46.96 KIMBLE | 1 0.03 46.99 KING | 2 0.06 47.05 KING AND QUEEN | 1 0.03 47.08 KING GEORGE | 1 0.03 47.11 KING WILLIAM | 1 0.03 47.14 KINGFISHER | 1 0.03 47.17 KINGMAN | 1 0.03 47.20 KINGS | 2 0.06 47.26 KINGSBURY | 1 0.03 47.29 KINNEY | 1 0.03 47.33 KIOWA | 3 0.09 47.42 KIT CARSON | 1 0.03 47.45 KITSAP | 1 0.03 47.48 KITTITAS | 1 0.03 47.51 KITTSON | 1 0.03 47.54 KLAMATH | 1 0.03 47.57 KLEBERG | 1 0.03 47.60 KLICKITAT | 1 0.03 47.63 KNOTT | 1 0.03 47.66 KNOX | 9 0.27 47.93 KOBUK | 1 0.03 47.96 KODIAK ISLAND BOROUGH | 1 0.03 47.99 KOOCHICHING | 1 0.03 48.02 KOOTENAI | 1 0.03 48.05 KOSCIUSKO | 1 0.03 48.09 KOSSUTH | 1 0.03 48.12 KSUKOKWIN | 1 0.03 48.15 LA CROSSE | 1 0.03 48.18 LA MOURE | 1 0.03 48.21 LA PLATA | 1 0.03 48.24 LA PORTE | 1 0.03 48.27 LA SALLE | 3 0.09 48.36 LABETTE | 1 0.03 48.39 LAC QUI PARLE | 1 0.03 48.42 LACKAWANNA | 1 0.03 48.45 LACLEDE | 1 0.03 48.48 LAFAYETTE | 6 0.18 48.66 LAFOURCHE | 1 0.03 48.69 LAGRANGE | 1 0.03 48.72 LAJAS | 1 0.03 48.75 LAKE | 12 0.36 49.12 LAKE AND PENINSULA | 1 0.03 49.15 LAKE OF WOODS | 1 0.03 49.18 LAMAR | 4 0.12 49.30 LAMB | 1 0.03 49.33 LAMOILLE | 1 0.03 49.36 LAMPASAS | 1 0.03 49.39 LANCASTER | 4 0.12 49.51 LANDER | 1 0.03 49.54 LANE | 2 0.06 49.60 LANGLADE | 1 0.03 49.64 LANIER | 1 0.03 49.67 LAPAZ | 1 0.03 49.70 LAPEER | 1 0.03 49.73 LARAMIE | 1 0.03 49.76 LARES | 1 0.03 49.79 LARIMER | 1 0.03 49.82 LARUE | 1 0.03 49.85 LAS ANIMAS | 1 0.03 49.88 LAS MARIAS | 1 0.03 49.91 LAS PIEDRAS | 1 0.03 49.94 LASSEN | 1 0.03 49.97 LATAH | 1 0.03 50.00 LATIMER | 1 0.03 50.03 LAUDERDALE | 3 0.09 50.12 LAUREL | 1 0.03 50.15 LAURENS | 2 0.06 50.21 LAVACA | 1 0.03 50.24 LAWRENCE | 11 0.33 50.58 LE FLORE | 1 0.03 50.61 LE SUEUR | 1 0.03 50.64 LEA | 1 0.03 50.67 LEAKE | 1 0.03 50.70 LEAVENWORTH | 1 0.03 50.73 LEBANON | 1 0.03 50.76 LEE | 12 0.36 51.12 LEELANAU | 1 0.03 51.16 LEFLORE | 1 0.03 51.19 LEHIGH | 1 0.03 51.22 LEMHI | 1 0.03 51.25 LENAWEE | 1 0.03 51.28 LENOIR | 1 0.03 51.31 LEON | 2 0.06 51.37 LESLIE | 1 0.03 51.40 LETCHER | 1 0.03 51.43 LEVY | 1 0.03 51.46 LEWIS | 7 0.21 51.67 LEWIS AND CLARK | 1 0.03 51.70 LEXINGTON | 1 0.03 51.73 LEXINGTON CITY | 1 0.03 51.76 LIBERTY | 4 0.12 51.88 LICKING | 1 0.03 51.91 LIMESTONE | 2 0.06 51.98 LINCOLN | 24 0.73 52.71 LINN | 4 0.12 52.83 LIPSCOMB | 1 0.03 52.86 LITCHFIELD | 1 0.03 52.89 LITTLE RIVER | 1 0.03 52.92 LIVE OAK | 1 0.03 52.95 LIVINGSTON | 6 0.18 53.13 LLANO | 1 0.03 53.16 LOGAN | 10 0.30 53.47 LOIZA | 1 0.03 53.50 LONG | 1 0.03 53.53 LONOKE | 1 0.03 53.56 LORAIN | 1 0.03 53.59 LOS ALAMOS | 1 0.03 53.62 LOS ANGELES | 2 0.06 53.68 LOUDON | 1 0.03 53.71 LOUDOUN | 1 0.03 53.74 LOUISA | 2 0.06 53.80 LOUP | 1 0.03 53.83 LOVE | 1 0.03 53.86 LOVING | 1 0.03 53.89 LOWNDES | 3 0.09 53.98 LUBBOCK | 1 0.03 54.01 LUCAS | 2 0.06 54.07 LUCE | 1 0.03 54.10 LUMPKIN | 1 0.03 54.13 LUNA | 1 0.03 54.16 LUNENBURG | 1 0.03 54.19 LUQUILLO | 1 0.03 54.22 LUZERNE | 1 0.03 54.26 LYCOMING | 1 0.03 54.29 LYMAN | 1 0.03 54.32 LYNCHBURG CITY | 1 0.03 54.35 LYNN | 1 0.03 54.38 LYON | 5 0.15 54.53 MACKINAC | 1 0.03 54.56 MACOMB | 1 0.03 54.59 MACON | 6 0.18 54.77 MACOUPIN | 1 0.03 54.80 MADERA | 1 0.03 54.83 MADISON | 20 0.61 55.44 MAGOFFIN | 1 0.03 55.47 MAGUABO | 1 0.03 55.50 MAHASKA | 1 0.03 55.53 MAHNOMEN | 1 0.03 55.56 MAHONING | 1 0.03 55.59 MAJOR | 1 0.03 55.62 MALHEUR | 1 0.03 55.65 MANASSAS CITY | 1 0.03 55.68 MANASSAS PARK CITY | 1 0.03 55.71 MANATEE | 1 0.03 55.74 MANATI | 1 0.03 55.78 MANISTEE | 1 0.03 55.81 MANITOWOC | 1 0.03 55.84 MARATHON | 1 0.03 55.87 MARENGO | 1 0.03 55.90 MARICAO | 1 0.03 55.93 MARICOPA | 1 0.03 55.96 MARIES | 1 0.03 55.99 MARIN | 1 0.03 56.02 MARINETTE | 1 0.03 56.05 MARION | 17 0.52 56.57 MARIPOSA | 1 0.03 56.60 MARLBORO | 1 0.03 56.63 MARQUETTE | 2 0.06 56.69 MARSHALL | 12 0.36 57.05 MARTIN | 6 0.18 57.23 MARTINSVILLE CITY | 1 0.03 57.26 MASON | 6 0.18 57.45 MASSAC | 1 0.03 57.48 MATAGORDA | 1 0.03 57.51 MATANUSKA-SUSITNA | 1 0.03 57.54 MATHEWS | 1 0.03 57.57 MAUI | 1 0.03 57.60 MAUNABO | 1 0.03 57.63 MAURY | 1 0.03 57.66 MAVERICK | 1 0.03 57.69 MAYAGUEZ | 1 0.03 57.72 MAYES | 1 0.03 57.75 MC COOK | 1 0.03 57.78 MC CRACKEN | 1 0.03 57.81 MC CREARY | 1 0.03 57.84 MC CULLOCH | 1 0.03 57.87 MC DONALD | 1 0.03 57.90 MC DONOUGH | 1 0.03 57.93 MC DOWELL | 2 0.06 57.99 MC DUFFIE | 1 0.03 58.02 MC HENRY | 1 0.03 58.05 MC INTOSH | 1 0.03 58.09 MC KEAN | 1 0.03 58.12 MC LEAN | 2 0.06 58.18 MC LENNAN | 1 0.03 58.21 MC LEOD | 1 0.03 58.24 MC MINN | 1 0.03 58.27 MC MULLEN | 1 0.03 58.30 MC NAIRY | 1 0.03 58.33 MC PHERSON | 2 0.06 58.39 MCCLAIN | 1 0.03 58.42 MCCONE | 1 0.03 58.45 MCCORMICK | 1 0.03 58.48 MCCURTAIN | 1 0.03 58.51 MCHENRY | 1 0.03 58.54 MCINTOSH | 2 0.06 58.60 MCKENZIE | 1 0.03 58.63 MCKINLEY | 1 0.03 58.66 MCLEAN | 1 0.03 58.69 MCPHERSON | 1 0.03 58.72 MEADE | 3 0.09 58.81 MEAGHER | 1 0.03 58.84 MECKLENBURG | 2 0.06 58.91 MECOSTA | 1 0.03 58.94 MEDINA | 2 0.06 59.00 MEEKER | 1 0.03 59.03 MEIGS | 2 0.06 59.09 MELLETTE | 1 0.03 59.12 MENARD | 2 0.06 59.18 MENDOCINO | 1 0.03 59.21 MENIFEE | 1 0.03 59.24 MENOMINEE | 1 0.03 59.27 MENOMONEE | 1 0.03 59.30 MERCED | 1 0.03 59.33 MERCER | 8 0.24 59.57 MERIWETHER | 1 0.03 59.60 MERRICK | 1 0.03 59.64 MERRIMACK | 1 0.03 59.67 MESA | 1 0.03 59.70 METCALFE | 1 0.03 59.73 MIAMI | 3 0.09 59.82 MIAMI-DADE | 1 0.03 59.85 MIDDLESEX | 4 0.12 59.97 MIDLAND | 2 0.06 60.03 MIFFLIN | 1 0.03 60.06 MILAM | 1 0.03 60.09 MILLARD | 1 0.03 60.12 MILLE LACS | 1 0.03 60.15 MILLER | 3 0.09 60.24 MILLS | 2 0.06 60.30 MILWAUKEE | 1 0.03 60.33 MINER | 1 0.03 60.36 MINERAL | 4 0.12 60.49 MINGO | 1 0.03 60.52 MINIDOKA | 1 0.03 60.55 MINNEHAHA | 1 0.03 60.58 MISSAUKEE | 1 0.03 60.61 MISSISSIPPI | 2 0.06 60.67 MISSOULA | 1 0.03 60.70 MITCHELL | 5 0.15 60.85 MOBILE | 1 0.03 60.88 MOCA | 1 0.03 60.91 MODOC | 1 0.03 60.94 MOFFAT | 1 0.03 60.97 MOHAVE | 1 0.03 61.00 MONITEAU | 1 0.03 61.03 MONMOUTH | 1 0.03 61.06 MONO | 1 0.03 61.09 MONONA | 1 0.03 61.12 MONONGALIA | 1 0.03 61.16 MONROE | 17 0.52 61.67 MONTAGUE | 1 0.03 61.70 MONTCALM | 1 0.03 61.73 MONTEREY | 1 0.03 61.76 MONTEZUMA | 1 0.03 61.79 MONTGOMERY | 18 0.55 62.34 MONTMORENCY | 1 0.03 62.37 MONTOUR | 1 0.03 62.40 MONTROSE | 1 0.03 62.43 MOODY | 1 0.03 62.46 MOORE | 3 0.09 62.55 MORA | 1 0.03 62.58 MOREHOUSE | 1 0.03 62.61 MORGAN | 11 0.33 62.95 MOROVIS | 1 0.03 62.98 MORRILL | 1 0.03 63.01 MORRIS | 3 0.09 63.10 MORRISON | 1 0.03 63.13 MORROW | 2 0.06 63.19 MORTON | 2 0.06 63.25 MOTLEY | 1 0.03 63.28 MOULTRIE | 1 0.03 63.31 MOUNTRAIL | 1 0.03 63.34 MOWER | 1 0.03 63.37 MUHLENBERG | 1 0.03 63.40 MULTNOMAH | 1 0.03 63.43 MURRAY | 3 0.09 63.53 MUSCATINE | 1 0.03 63.56 MUSCOGEE | 1 0.03 63.59 MUSKEGON | 1 0.03 63.62 MUSKINGUM | 1 0.03 63.65 MUSKOGEE | 1 0.03 63.68 MUSSELSHELL | 1 0.03 63.71 NACOGDOCHES | 1 0.03 63.74 NANCE | 1 0.03 63.77 NANSEMOND CITY | 1 0.03 63.80 NANTUCKET | 1 0.03 63.83 NAPA | 1 0.03 63.86 NARANJITO | 1 0.03 63.89 NASH | 1 0.03 63.92 NASSAU | 2 0.06 63.98 NATCHITOCHES | 1 0.03 64.01 NATRONA | 1 0.03 64.04 NAVAJO | 1 0.03 64.07 NAVARRO | 1 0.03 64.10 NELSON | 3 0.09 64.19 NEMAHA | 2 0.06 64.26 NEOSHO | 1 0.03 64.29 NESHOBA | 1 0.03 64.32 NESS | 1 0.03 64.35 NEVADA | 2 0.06 64.41 NEW CASTLE | 1 0.03 64.44 NEW HANOVER | 1 0.03 64.47 NEW HAVEN | 1 0.03 64.50 NEW KENT | 1 0.03 64.53 NEW LONDON | 1 0.03 64.56 NEW MADRID | 1 0.03 64.59 NEW YORK | 1 0.03 64.62 NEWAYGO | 1 0.03 64.65 NEWBERRY | 1 0.03 64.68 NEWPORT | 1 0.03 64.71 NEWPORT NEWS CITY | 1 0.03 64.74 NEWTON | 6 0.18 64.92 NEZ PERCE | 1 0.03 64.95 NIAGARA | 1 0.03 64.98 NICHOLAS | 2 0.06 65.05 NICOLLET | 1 0.03 65.08 NIOBRARA | 1 0.03 65.11 NOBLE | 3 0.09 65.20 NOBLES | 1 0.03 65.23 NODAWAY | 1 0.03 65.26 NOLAN | 1 0.03 65.29 NOME | 1 0.03 65.32 NORFOLK | 1 0.03 65.35 NORFOLK CITY | 1 0.03 65.38 NORMAN | 1 0.03 65.41 NORTH SLOPE BOROUH | 1 0.03 65.44 NORTHAMPTON | 3 0.09 65.53 NORTHUMBERLND | 2 0.06 65.59 NORTHWEST ARTIC BOROUGH | 1 0.03 65.62 NORTON | 1 0.03 65.65 NORTON CITY | 1 0.03 65.68 NOTTOWAY | 1 0.03 65.71 NOWATA | 1 0.03 65.74 NOXUBEE | 1 0.03 65.78 NUCKOLLS | 1 0.03 65.81 NUECES | 1 0.03 65.84 NYE | 1 0.03 65.87 OAKLAND | 1 0.03 65.90 OBION | 1 0.03 65.93 OBRIEN | 1 0.03 65.96 OCEAN | 1 0.03 65.99 OCEANA | 1 0.03 66.02 OCHILTREE | 1 0.03 66.05 OCONEE | 2 0.06 66.11 OCONTO | 1 0.03 66.14 OGEMAW | 1 0.03 66.17 OGLE | 1 0.03 66.20 OGLETHORPE | 1 0.03 66.23 OHIO | 3 0.09 66.32 OKALOOSA | 1 0.03 66.35 OKANOGAN | 1 0.03 66.38 OKEECHOBEE | 1 0.03 66.41 OKFUSKEE | 1 0.03 66.44 OKLAHOMA | 1 0.03 66.47 OKMULGEE | 1 0.03 66.50 OKTIBBEHA | 1 0.03 66.53 OLDHAM | 2 0.06 66.60 OLIVER | 1 0.03 66.63 OLMSTED | 1 0.03 66.66 ONEIDA | 3 0.09 66.75 ONONDAGA | 1 0.03 66.78 ONSLOW | 1 0.03 66.81 ONTARIO | 1 0.03 66.84 ONTONAGON | 1 0.03 66.87 ORANGE | 8 0.24 67.11 ORANGEBURG | 1 0.03 67.14 OREGON | 1 0.03 67.17 ORLEANS | 3 0.09 67.26 OROCOVIS | 1 0.03 67.29 OSAGE | 3 0.09 67.39 OSBORNE | 1 0.03 67.42 OSCEOLA | 3 0.09 67.51 OSCODA | 1 0.03 67.54 OSWEGO | 1 0.03 67.57 OTERO | 2 0.06 67.63 OTOE | 1 0.03 67.66 OTSEGO | 2 0.06 67.72 OTTAWA | 4 0.12 67.84 OTTER TAIL | 1 0.03 67.87 OUACHITA | 2 0.06 67.93 OURAY | 1 0.03 67.96 OUTAGAMIE | 1 0.03 67.99 OUTER KETCHIKAN | 1 0.03 68.02 OVERTON | 1 0.03 68.05 OWEN | 2 0.06 68.12 OWSLEY | 1 0.03 68.15 OWYHEE | 1 0.03 68.18 OXFORD | 1 0.03 68.21 OZARK | 1 0.03 68.24 OZAUKEE | 1 0.03 68.27 PACIFIC | 1 0.03 68.30 PAGE | 2 0.06 68.36 PALM BEACH | 1 0.03 68.39 PALO ALTO | 1 0.03 68.42 PALO PINTO | 1 0.03 68.45 PAMLICO | 1 0.03 68.48 PANOLA | 2 0.06 68.54 PARK | 3 0.09 68.63 PARKE | 1 0.03 68.66 PARKER | 1 0.03 68.69 PARMER | 1 0.03 68.72 PASCO | 1 0.03 68.75 PASQUOTANK | 1 0.03 68.78 PASSAIC | 1 0.03 68.81 PATILLAS | 1 0.03 68.84 PATRICK | 1 0.03 68.88 PAULDING | 2 0.06 68.94 PAWNEE | 3 0.09 69.03 PAYETTE | 1 0.03 69.06 PAYNE | 1 0.03 69.09 PEACH | 1 0.03 69.12 PEARL RIVER | 1 0.03 69.15 PECOS | 1 0.03 69.18 PEMBINA | 1 0.03 69.21 PEMISCOT | 1 0.03 69.24 PEND OREILLE | 1 0.03 69.27 PENDER | 1 0.03 69.30 PENDLETON | 2 0.06 69.36 PENNINGTON | 2 0.06 69.42 PENOBSCOT | 1 0.03 69.45 PENUELAS | 1 0.03 69.48 PEORIA | 1 0.03 69.51 PEPIN | 1 0.03 69.54 PERKINS | 2 0.06 69.60 PERQUIMANS | 1 0.03 69.64 PERRY | 10 0.30 69.94 PERSHING | 1 0.03 69.97 PERSON | 1 0.03 70.00 PETERSBURG CITY | 1 0.03 70.03 PETROLEUM | 1 0.03 70.06 PETTIS | 1 0.03 70.09 PHELPS | 2 0.06 70.15 PHILADELPHIA | 1 0.03 70.18 PHILLIPS | 4 0.12 70.30 PIATT | 1 0.03 70.33 PICKAWAY | 1 0.03 70.36 PICKENS | 3 0.09 70.46 PICKETT | 1 0.03 70.49 PIERCE | 5 0.15 70.64 PIKE | 10 0.30 70.94 PIMA | 1 0.03 70.97 PINAL | 1 0.03 71.00 PINE | 1 0.03 71.03 PINELLAS | 1 0.03 71.06 PIPESTONE | 1 0.03 71.09 PISCATAQUIS | 1 0.03 71.12 PITKIN | 1 0.03 71.16 PITT | 1 0.03 71.19 PITTSBURG | 1 0.03 71.22 PITTSYLVANIA | 1 0.03 71.25 PIUTE | 1 0.03 71.28 PLACER | 1 0.03 71.31 PLAQUEMINES | 1 0.03 71.34 PLATTE | 3 0.09 71.43 PLEASANTS | 1 0.03 71.46 PLUMAS | 1 0.03 71.49 PLYMOUTH | 2 0.06 71.55 POCAHONTAS | 2 0.06 71.61 POINSETT | 1 0.03 71.64 POINTE COUPEE | 1 0.03 71.67 POLK | 12 0.36 72.04 PONCE | 1 0.03 72.07 PONDERA | 1 0.03 72.10 PONTOTOC | 2 0.06 72.16 POPE | 3 0.09 72.25 POQUOSON | 1 0.03 72.28 PORTAGE | 2 0.06 72.34 PORTER | 1 0.03 72.37 PORTSMOUTH CITY | 1 0.03 72.40 POSEY | 1 0.03 72.43 POTTAWATOMIE | 2 0.06 72.49 POTTAWATTAMIE | 1 0.03 72.52 POTTER | 3 0.09 72.61 POWDER RIVER | 1 0.03 72.64 POWELL | 2 0.06 72.71 POWER | 1 0.03 72.74 POWESHIEK | 1 0.03 72.77 POWHATAN | 1 0.03 72.80 PR.OF WALES | 1 0.03 72.83 PR.OF WALES-OUT.KETCHIKAN | 1 0.03 72.86 PRAIRIE | 2 0.06 72.92 PRATT | 1 0.03 72.95 PREBLE | 1 0.03 72.98 PRENTISS | 1 0.03 73.01 PRESIDIO | 1 0.03 73.04 PRESQUE ISLE | 1 0.03 73.07 PRESTON | 1 0.03 73.10 PRICE | 1 0.03 73.13 PRINCE EDWARD | 1 0.03 73.16 PRINCE GEORGE | 1 0.03 73.19 PRINCE GEORGES | 1 0.03 73.22 PRINCE WILLIAM | 1 0.03 73.25 PROVIDENCE | 1 0.03 73.28 PROWERS | 1 0.03 73.31 PUEBLO | 1 0.03 73.34 PUERTO RICO, NFD | 1 0.03 73.37 PULASKI | 7 0.21 73.59 PUSHMATAHA | 1 0.03 73.62 PUTNAM | 9 0.27 73.89 QUAY | 1 0.03 73.92 QUEBRADILLAS | 1 0.03 73.95 QUEEN ANNES | 1 0.03 73.98 QUEENS | 1 0.03 74.01 QUITMAN | 2 0.06 74.07 RABUN | 1 0.03 74.10 RACINE | 1 0.03 74.13 RADFORD CITY | 1 0.03 74.16 RAINS | 1 0.03 74.19 RALEIGH | 1 0.03 74.22 RALLS | 1 0.03 74.26 RAMSEY | 2 0.06 74.32 RANDALL | 1 0.03 74.35 RANDOLPH | 8 0.24 74.59 RANKIN | 1 0.03 74.62 RANSOM | 1 0.03 74.65 RAPIDES | 1 0.03 74.68 RAPPAHANNOCK | 1 0.03 74.71 RAVALLI | 1 0.03 74.74 RAWLINS | 1 0.03 74.77 RAY | 1 0.03 74.80 REAGAN | 1 0.03 74.83 REAL | 1 0.03 74.86 RED LAKE | 1 0.03 74.89 RED RIVER | 2 0.06 74.95 RED WILLOW | 1 0.03 74.98 REDWOOD | 1 0.03 75.02 REEVES | 1 0.03 75.05 REFUGIO | 1 0.03 75.08 RENO | 1 0.03 75.11 RENSSELAER | 1 0.03 75.14 RENVILLE | 2 0.06 75.20 REPUBLIC | 1 0.03 75.23 REYNOLDS | 1 0.03 75.26 RHEA | 1 0.03 75.29 RICE | 2 0.06 75.35 RICH | 1 0.03 75.38 RICHARDSON | 1 0.03 75.41 RICHLAND | 7 0.21 75.62 RICHMOND | 4 0.12 75.74 RICHMOND CITY | 1 0.03 75.78 RILEY | 1 0.03 75.81 RINCON | 1 0.03 75.84 RINGGOLD | 1 0.03 75.87 RIO ARRIBA | 1 0.03 75.90 RIO BLANCO | 1 0.03 75.93 RIO GRANDE | 2 0.06 75.99 RIPLEY | 2 0.06 76.05 RITCHIE | 1 0.03 76.08 RIVERSIDE | 1 0.03 76.11 ROANE | 2 0.06 76.17 ROANOKE | 1 0.03 76.20 ROANOKE CITY | 1 0.03 76.23 ROBERTS | 2 0.06 76.29 ROBERTSON | 3 0.09 76.38 ROBESON | 1 0.03 76.41 ROCK | 3 0.09 76.50 ROCK ISLAND | 1 0.03 76.53 ROCKBRIDGE | 1 0.03 76.57 ROCKCASTLE | 1 0.03 76.60 ROCKDALE | 1 0.03 76.63 ROCKINGHAM | 3 0.09 76.72 ROCKLAND | 1 0.03 76.75 ROCKWALL | 1 0.03 76.78 ROGER MILLS | 1 0.03 76.81 ROGERS | 1 0.03 76.84 ROLETTE | 1 0.03 76.87 ROOKS | 1 0.03 76.90 ROOSEVELT | 2 0.06 76.96 ROSCOMMON | 1 0.03 76.99 ROSEAU | 1 0.03 77.02 ROSEBUD | 1 0.03 77.05 ROSS | 1 0.03 77.08 ROUTT | 1 0.03 77.11 ROWAN | 2 0.06 77.17 RUNNELS | 1 0.03 77.20 RUSH | 2 0.06 77.26 RUSK | 2 0.06 77.33 RUSSELL | 4 0.12 77.45 RUTHERFORD | 2 0.06 77.51 RUTLAND | 1 0.03 77.54 SABANA GRANDE | 1 0.03 77.57 SABINE | 2 0.06 77.63 SAC | 1 0.03 77.66 SACRAMENTO | 1 0.03 77.69 SAGADAHOC | 1 0.03 77.72 SAGINAW | 1 0.03 77.75 SAGUACHE | 1 0.03 77.78 SALEM | 1 0.03 77.81 SALEM CITY | 1 0.03 77.84 SALINAS | 1 0.03 77.87 SALINE | 5 0.15 78.02 SALT LAKE | 1 0.03 78.05 SALUDA | 1 0.03 78.09 SAMPSON | 1 0.03 78.12 SAN AUGUSTINE | 1 0.03 78.15 SAN BENITO | 1 0.03 78.18 SAN BERNARDINO | 1 0.03 78.21 SAN DIEGO | 1 0.03 78.24 SAN FRANCISCO | 1 0.03 78.27 SAN GERMAN | 1 0.03 78.30 SAN JACINTO | 1 0.03 78.33 SAN JOAQUIN | 1 0.03 78.36 SAN JUAN | 5 0.15 78.51 SAN LORENZO | 1 0.03 78.54 SAN LUIS OBISPO | 1 0.03 78.57 SAN MATEO | 1 0.03 78.60 SAN MIGUEL | 2 0.06 78.66 SAN PATRICIO | 1 0.03 78.69 SAN SABA | 1 0.03 78.72 SAN SEBASTIAN | 1 0.03 78.75 SANBORN | 1 0.03 78.78 SANDERS | 1 0.03 78.81 SANDOVAL | 1 0.03 78.84 SANDUSKY | 1 0.03 78.88 SANGAMON | 1 0.03 78.91 SANILAC | 1 0.03 78.94 SANPETE | 1 0.03 78.97 SANTA BARBARA | 1 0.03 79.00 SANTA CLARA | 1 0.03 79.03 SANTA CRUZ | 2 0.06 79.09 SANTA FE | 1 0.03 79.12 SANTA ISABEL | 1 0.03 79.15 SANTA ROSA | 1 0.03 79.18 SARASOTA | 1 0.03 79.21 SARATOGA | 1 0.03 79.24 SARGENT | 1 0.03 79.27 SARPY | 1 0.03 79.30 SAUK | 1 0.03 79.33 SAUNDERS | 1 0.03 79.36 SAWYER | 1 0.03 79.39 SCHENECTADY | 1 0.03 79.42 SCHLEICHER | 1 0.03 79.45 SCHLEY | 1 0.03 79.48 SCHOHARIE | 1 0.03 79.51 SCHOOLCRAFT | 1 0.03 79.54 SCHUYLER | 3 0.09 79.64 SCHUYLKILL | 1 0.03 79.67 SCIOTO | 1 0.03 79.70 SCOTLAND | 2 0.06 79.76 SCOTT | 11 0.33 80.09 SCOTT BLUFF | 1 0.03 80.12 SCREVEN | 1 0.03 80.15 SCURRY | 1 0.03 80.18 SEARCY | 1 0.03 80.21 SEBASTIAN | 1 0.03 80.24 SEDGWICK | 2 0.06 80.30 SEMINOLE | 3 0.09 80.40 SENECA | 2 0.06 80.46 SEQUATCHIE | 1 0.03 80.49 SEQUOYAH | 1 0.03 80.52 SEVIER | 3 0.09 80.61 SEWARD | 3 0.09 80.70 SHACKELFORD | 1 0.03 80.73 SHANNON | 2 0.06 80.79 SHARKEY | 1 0.03 80.82 SHARP | 1 0.03 80.85 SHASTA | 1 0.03 80.88 SHAWANO | 1 0.03 80.91 SHAWNEE | 1 0.03 80.94 SHEBOYGAN | 1 0.03 80.97 SHELBY | 9 0.27 81.25 SHENANDOAH | 1 0.03 81.28 SHERBURNE | 1 0.03 81.31 SHERIDAN | 5 0.15 81.46 SHERMAN | 4 0.12 81.58 SHIAWASSEE | 1 0.03 81.61 SHOSHONE | 1 0.03 81.64 SIBLEY | 1 0.03 81.67 SIERRA | 2 0.06 81.73 SILVER BOW | 1 0.03 81.76 SIMPSON | 2 0.06 81.82 SIOUX | 3 0.09 81.91 SISKIYOU | 1 0.03 81.95 SITKA BOROUGH | 1 0.03 81.98 SKAGIT | 1 0.03 82.01 SKAGWAY-HOONAH-ANGOON | 1 0.03 82.04 SKAGWAY-YAKUTAT | 1 0.03 82.07 SKAGWAY-YAKUTAT-ANGOON | 1 0.03 82.10 SKAMANIA | 1 0.03 82.13 SLOPE | 1 0.03 82.16 SMITH | 4 0.12 82.28 SMYTH | 1 0.03 82.31 SNOHOMISH | 1 0.03 82.34 SNYDER | 1 0.03 82.37 SOCORRO | 1 0.03 82.40 SOLANO | 1 0.03 82.43 SOMERSET | 4 0.12 82.55 SOMERVELL | 1 0.03 82.58 SONOMA | 1 0.03 82.61 SOUTH BOSTON CITY | 1 0.03 82.64 SOUTHAMPTON | 1 0.03 82.67 SOUTHEAST FAIRBANKS | 1 0.03 82.71 SPALDING | 1 0.03 82.74 SPARTANBURG | 1 0.03 82.77 SPENCER | 2 0.06 82.83 SPINK | 1 0.03 82.86 SPOKANE | 1 0.03 82.89 SPOTSYLVANIA | 1 0.03 82.92 ST. BERNARD | 1 0.03 82.95 ST. CHARLES | 2 0.06 83.01 ST. CLAIR | 4 0.12 83.13 ST. CROIX | 1 0.03 83.16 ST. FRANCIS | 1 0.03 83.19 ST. FRANCOIS | 1 0.03 83.22 ST. HELENA | 1 0.03 83.25 ST. JAMES | 1 0.03 83.28 ST. JOHN BAPTIST | 1 0.03 83.31 ST. JOHNS | 1 0.03 83.34 ST. JOSEPH | 2 0.06 83.40 ST. LANDRY | 1 0.03 83.43 ST. LAWRENCE | 1 0.03 83.47 ST. LOUIS | 2 0.06 83.53 ST. LOUIS CITY | 1 0.03 83.56 ST. LUCIE | 1 0.03 83.59 ST. MARTIN | 1 0.03 83.62 ST. MARY | 1 0.03 83.65 ST. MARYS | 1 0.03 83.68 ST. TAMMANY | 1 0.03 83.71 STAFFORD | 2 0.06 83.77 STANISLAUS | 1 0.03 83.80 STANLEY | 1 0.03 83.83 STANLY | 1 0.03 83.86 STANTON | 2 0.06 83.92 STARK | 3 0.09 84.01 STARKE | 1 0.03 84.04 STARR | 1 0.03 84.07 STATEWIDE | 50 1.52 85.59 STAUNTON CITY | 1 0.03 85.62 STE. GENEVIEVE | 1 0.03 85.65 STEARNS | 1 0.03 85.68 STEELE | 2 0.06 85.74 STEPHENS | 3 0.09 85.84 STEPHENSON | 1 0.03 85.87 STERLING | 1 0.03 85.90 STEUBEN | 2 0.06 85.96 STEVENS | 3 0.09 86.05 STEWART | 2 0.06 86.11 STILLWATER | 1 0.03 86.14 STODDARD | 1 0.03 86.17 STOKES | 1 0.03 86.20 STONE | 3 0.09 86.29 STONEWALL | 1 0.03 86.32 STOREY | 1 0.03 86.35 STORY | 1 0.03 86.38 STRAFFORD | 1 0.03 86.41 STUTSMAN | 1 0.03 86.44 SUBLETTE | 1 0.03 86.47 SUFFOLK | 2 0.06 86.53 SUFFOLK CITY | 1 0.03 86.57 SULLIVAN | 6 0.18 86.75 SULLY | 1 0.03 86.78 SUMMERS | 1 0.03 86.81 SUMMIT | 3 0.09 86.90 SUMNER | 2 0.06 86.96 SUMTER | 4 0.12 87.08 SUNFLOWER | 1 0.03 87.11 SURRY | 2 0.06 87.17 SUSQUEHANNA | 1 0.03 87.20 SUSSEX | 3 0.09 87.29 SUTTER | 1 0.03 87.33 SUTTON | 1 0.03 87.36 SUWANNEE | 1 0.03 87.39 SWAIN | 1 0.03 87.42 SWEET GRASS | 1 0.03 87.45 SWEETWATER | 1 0.03 87.48 SWIFT | 1 0.03 87.51 SWISHER | 1 0.03 87.54 SWITZERLAND | 1 0.03 87.57 TALBOT | 2 0.06 87.63 TALIAFERRO | 1 0.03 87.66 TALLADEGA | 1 0.03 87.69 TALLAHATCHIE | 1 0.03 87.72 TALLAPOOSA | 1 0.03 87.75 TAMA | 1 0.03 87.78 TANEY | 1 0.03 87.81 TANGIPAHOA | 1 0.03 87.84 TAOS | 1 0.03 87.87 TARRANT | 1 0.03 87.90 TATE | 1 0.03 87.93 TATTNALL | 1 0.03 87.96 TAYLOR | 7 0.21 88.18 TAZEWELL | 2 0.06 88.24 TEHAMA | 1 0.03 88.27 TELFAIR | 1 0.03 88.30 TELLER | 1 0.03 88.33 TENSAS | 1 0.03 88.36 TERREBONNE | 1 0.03 88.39 TERRELL | 2 0.06 88.45 TERRY | 1 0.03 88.48 TETON | 3 0.09 88.57 TEXAS | 2 0.06 88.63 THAYER | 1 0.03 88.66 THE DISTRICT | 1 0.03 88.69 THOMAS | 3 0.09 88.78 THROCKMORTON | 1 0.03 88.81 THURSTON | 2 0.06 88.88 TIFT | 1 0.03 88.91 TILLAMOOK | 1 0.03 88.94 TILLMAN | 1 0.03 88.97 TIOGA | 2 0.06 89.03 TIPPAH | 1 0.03 89.06 TIPPECANOE | 1 0.03 89.09 TIPTON | 2 0.06 89.15 TISHOMINGO | 1 0.03 89.18 TITUS | 1 0.03 89.21 TOA ALTA | 1 0.03 89.24 TOA BAJA | 1 0.03 89.27 TODD | 3 0.09 89.36 TOLLAND | 1 0.03 89.39 TOM GREEN | 1 0.03 89.42 TOMPKINS | 1 0.03 89.45 TOOELE | 1 0.03 89.48 TOOLE | 1 0.03 89.51 TOOMBS | 1 0.03 89.54 TORRANCE | 1 0.03 89.57 TOWNER | 1 0.03 89.60 TOWNS | 1 0.03 89.64 TRAILL | 1 0.03 89.67 TRANSYLVANIA | 1 0.03 89.70 TRAVERSE | 1 0.03 89.73 TRAVIS | 1 0.03 89.76 TREASURE | 1 0.03 89.79 TREGO | 1 0.03 89.82 TREMPEALEAU | 1 0.03 89.85 TREUTLEN | 1 0.03 89.88 TRIGG | 1 0.03 89.91 TRIMBLE | 1 0.03 89.94 TRINITY | 2 0.06 90.00 TRIPP | 1 0.03 90.03 TROUP | 1 0.03 90.06 TROUSDALE | 1 0.03 90.09 TRUJILLO ALTO | 1 0.03 90.12 TRUMBULL | 1 0.03 90.15 TUCKER | 1 0.03 90.18 TULARE | 1 0.03 90.21 TULSA | 1 0.03 90.24 TUNICA | 1 0.03 90.27 TUOLUMNE | 1 0.03 90.30 TURNER | 2 0.06 90.36 TUSCALOOSA | 1 0.03 90.40 TUSCARAWAS | 1 0.03 90.43 TUSCOLA | 1 0.03 90.46 TWIGGS | 1 0.03 90.49 TWIN FALLS | 1 0.03 90.52 TYLER | 2 0.06 90.58 TYRRELL | 1 0.03 90.61 UINTA | 1 0.03 90.64 UINTAH | 1 0.03 90.67 ULSTER | 1 0.03 90.70 UMATILLA | 1 0.03 90.73 UNICOI | 1 0.03 90.76 UNION | 18 0.55 91.31 UPPER YUKON | 1 0.03 91.34 UPSHUR | 2 0.06 91.40 UPSON | 1 0.03 91.43 UPTON | 1 0.03 91.46 UTAH | 1 0.03 91.49 UTUADO | 1 0.03 91.52 UVALDE | 1 0.03 91.55 VAL VERDE | 1 0.03 91.58 VALDEZ-CHITNA-WHITTIER | 1 0.03 91.61 VALDEZ-CORDOVA | 1 0.03 91.64 VALENCIA | 1 0.03 91.67 VALLEY | 3 0.09 91.76 VAN BUREN | 4 0.12 91.88 VAN WERT | 1 0.03 91.91 VAN ZANDT | 1 0.03 91.95 VANCE | 1 0.03 91.98 VANDERBURGH | 1 0.03 92.01 VEGA ALTA | 1 0.03 92.04 VEGA BAJA | 1 0.03 92.07 VENANGO | 1 0.03 92.10 VENTURA | 1 0.03 92.13 VERMILION | 2 0.06 92.19 VERMILLION | 1 0.03 92.22 VERNON | 3 0.09 92.31 VICTORIA | 1 0.03 92.34 VIEQUES | 1 0.03 92.37 VIGO | 1 0.03 92.40 VILAS | 1 0.03 92.43 VILLALBA | 1 0.03 92.46 VINTON | 1 0.03 92.49 VIRGINIA BEACH CITY | 1 0.03 92.52 VOLUSIA | 1 0.03 92.55 W. BATON ROUGE | 1 0.03 92.58 WABASH | 2 0.06 92.64 WABASHA | 1 0.03 92.67 WABAUNSEE | 1 0.03 92.71 WADE HAMPTON | 1 0.03 92.74 WADENA | 1 0.03 92.77 WAGONER | 1 0.03 92.80 WAHKIAKUM | 1 0.03 92.83 WAKE | 1 0.03 92.86 WAKULLA | 1 0.03 92.89 WALDO | 1 0.03 92.92 WALKER | 3 0.09 93.01 WALLA WALLA | 1 0.03 93.04 WALLACE | 1 0.03 93.07 WALLER | 1 0.03 93.10 WALLOWA | 1 0.03 93.13 WALSH | 1 0.03 93.16 WALTHALL | 1 0.03 93.19 WALTON | 2 0.06 93.25 WALWORTH | 2 0.06 93.31 WAPELLO | 1 0.03 93.34 WARD | 2 0.06 93.40 WARE | 1 0.03 93.43 WARREN | 14 0.43 93.86 WARRICK | 1 0.03 93.89 WASATCH | 1 0.03 93.92 WASCO | 1 0.03 93.95 WASECA | 1 0.03 93.98 WASHABAUGH | 1 0.03 94.01 WASHAKIE | 1 0.03 94.04 WASHBURN | 1 0.03 94.07 WASHINGTON | 31 0.94 95.02 WASHITA | 1 0.03 95.05 WASHOE | 1 0.03 95.08 WASHTENAW | 1 0.03 95.11 WATAUGA | 1 0.03 95.14 WATONWAN | 1 0.03 95.17 WAUKESHA | 1 0.03 95.20 WAUPACA | 1 0.03 95.23 WAUSHARA | 1 0.03 95.26 WAYNE | 16 0.49 95.74 WAYNESBORO CITY | 1 0.03 95.78 WEAKLEY | 1 0.03 95.81 WEBB | 1 0.03 95.84 WEBER | 1 0.03 95.87 WEBSTER | 8 0.24 96.11 WELD | 1 0.03 96.14 WELLS | 2 0.06 96.20 WEST CARROLL | 1 0.03 96.23 WEST FELICIANA | 1 0.03 96.26 WESTCHESTER | 1 0.03 96.29 WESTMORELAND | 2 0.06 96.35 WESTON | 1 0.03 96.38 WETZEL | 1 0.03 96.41 WEXFORD | 1 0.03 96.44 WHARTON | 1 0.03 96.47 WHATCOM | 1 0.03 96.50 WHEATLAND | 1 0.03 96.53 WHEELER | 4 0.12 96.66 WHITE | 5 0.15 96.81 WHITE PINE | 1 0.03 96.84 WHITESIDE | 1 0.03 96.87 WHITFIELD | 1 0.03 96.90 WHITLEY | 2 0.06 96.96 WHITMAN | 1 0.03 96.99 WIBAUX | 1 0.03 97.02 WICHITA | 2 0.06 97.08 WICOMICO | 1 0.03 97.11 WILBARGER | 1 0.03 97.14 WILCOX | 2 0.06 97.20 WILKES | 2 0.06 97.26 WILKIN | 1 0.03 97.29 WILKINSON | 2 0.06 97.36 WILL | 1 0.03 97.39 WILLACY | 1 0.03 97.42 WILLIAMS | 2 0.06 97.48 WILLIAMSBURG | 1 0.03 97.51 WILLIAMSBURG CITY | 1 0.03 97.54 WILLIAMSON | 3 0.09 97.63 WILSON | 4 0.12 97.75 WINCHESTER CITY | 1 0.03 97.78 WINDHAM | 2 0.06 97.84 WINDSOR | 1 0.03 97.87 WINKLER | 1 0.03 97.90 WINN | 1 0.03 97.93 WINNEBAGO | 3 0.09 98.02 WINNESHIEK | 1 0.03 98.05 WINONA | 1 0.03 98.09 WINSTON | 2 0.06 98.15 WIRT | 1 0.03 98.18 WISE | 2 0.06 98.24 WOLFE | 1 0.03 98.27 WOOD | 4 0.12 98.39 WOODBURY | 1 0.03 98.42 WOODFORD | 2 0.06 98.48 WOODRUFF | 1 0.03 98.51 WOODS | 1 0.03 98.54 WOODSON | 1 0.03 98.57 WOODWARD | 1 0.03 98.60 WORCESTER | 2 0.06 98.66 WORTH | 3 0.09 98.75 WRANGELL-PETERSBURG | 1 0.03 98.78 WRIGHT | 3 0.09 98.88 WYANDOT | 1 0.03 98.91 WYANDOTTE | 1 0.03 98.94 WYOMING | 3 0.09 99.03 WYTHE | 1 0.03 99.06 YABUCOA | 1 0.03 99.09 YADKIN | 1 0.03 99.12 YAKIMA | 1 0.03 99.15 YAKUTAT BOROUGH | 1 0.03 99.18 YALOBUSHA | 1 0.03 99.21 YAMHILL | 1 0.03 99.24 YANCEY | 1 0.03 99.27 YANKTON | 1 0.03 99.30 YATES | 1 0.03 99.33 YAUCO | 1 0.03 99.36 YAVAPAI | 1 0.03 99.39 YAZOO | 1 0.03 99.42 YELL | 1 0.03 99.45 YELLOW MEDCINE | 1 0.03 99.48 YELLOWSTONE | 1 0.03 99.51 YELLOWSTONE NATL PARK | 1 0.03 99.54 YOAKUM | 1 0.03 99.57 YOLO | 1 0.03 99.60 YORK | 5 0.15 99.76 YOUNG | 1 0.03 99.79 YUBA | 1 0.03 99.82 YUKON-KOYUKUK | 1 0.03 99.85 YUMA | 2 0.06 99.91 ZAPATA | 1 0.03 99.94 ZAVALA | 1 0.03 99.97 ZIEBACH | 1 0.03 100.00 --------------------------+----------------------------------- Total | 3,290 100.00 Frequencies for abbr variable in msabea dataset : State Name | Abbreviatio | n | Freq. Percent Cum. ------------+----------------------------------- AK | 41 1.25 1.25 AL | 68 2.07 3.31 AR | 76 2.31 5.62 AZ | 16 0.49 6.11 CA | 60 1.82 7.93 CO | 65 1.98 9.91 CT | 9 0.27 10.18 DC | 1 0.03 10.21 DE | 4 0.12 10.33 FL | 69 2.10 12.43 GA | 160 4.86 17.29 HI | 6 0.18 17.48 IA | 100 3.04 20.52 ID | 45 1.37 21.88 IL | 103 3.13 25.02 IN | 93 2.83 27.84 KS | 106 3.22 31.06 KY | 121 3.68 34.74 LA | 65 1.98 36.72 MA | 15 0.46 37.17 MD | 25 0.76 37.93 ME | 17 0.52 38.45 MI | 84 2.55 41.00 MN | 88 2.67 43.68 MO | 116 3.53 47.20 MS | 83 2.52 49.73 MT | 58 1.76 51.49 NC | 101 3.07 54.56 ND | 54 1.64 56.20 NE | 94 2.86 59.06 NH | 11 0.33 59.39 NJ | 22 0.67 60.06 NM | 34 1.03 61.09 NV | 18 0.55 61.64 NY | 63 1.91 63.56 OH | 89 2.71 66.26 OK | 78 2.37 68.63 OR | 37 1.12 69.76 PA | 68 2.07 71.82 PR | 79 2.40 74.22 RI | 6 0.18 74.41 SC | 47 1.43 75.84 SD | 68 2.07 77.90 TN | 96 2.92 80.82 TX | 255 7.75 88.57 UT | 30 0.91 89.48 VA | 138 4.19 93.68 VT | 15 0.46 94.13 WA | 40 1.22 95.35 WI | 73 2.22 97.57 WV | 56 1.70 99.27 WY | 24 0.73 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for q_ind variable in msabea dataset : Q - Senator | Quayle | Freq. Percent Cum. ------------+----------------------------------- | 2,587 78.63 78.63 Q | 703 21.37 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for ssa variable in msabea dataset : SSA Coding | Convention | Freq. Percent Cum. ------------+----------------------------------- 01000 | 1 0.03 0.03 01010 | 1 0.03 0.06 01020 | 1 0.03 0.09 01030 | 1 0.03 0.12 01040 | 1 0.03 0.15 01050 | 1 0.03 0.18 01060 | 1 0.03 0.21 01070 | 1 0.03 0.24 01080 | 1 0.03 0.27 01090 | 1 0.03 0.30 01100 | 1 0.03 0.33 01110 | 1 0.03 0.36 01120 | 1 0.03 0.40 01130 | 1 0.03 0.43 01140 | 1 0.03 0.46 01150 | 1 0.03 0.49 01160 | 1 0.03 0.52 01170 | 1 0.03 0.55 01180 | 1 0.03 0.58 01190 | 1 0.03 0.61 01200 | 1 0.03 0.64 01210 | 1 0.03 0.67 01220 | 1 0.03 0.70 01230 | 1 0.03 0.73 01240 | 1 0.03 0.76 01250 | 1 0.03 0.79 01260 | 1 0.03 0.82 01270 | 1 0.03 0.85 01280 | 1 0.03 0.88 01290 | 1 0.03 0.91 01300 | 1 0.03 0.94 01310 | 1 0.03 0.97 01320 | 1 0.03 1.00 01330 | 1 0.03 1.03 01340 | 1 0.03 1.06 01350 | 1 0.03 1.09 01360 | 1 0.03 1.12 01370 | 1 0.03 1.16 01380 | 1 0.03 1.19 01390 | 1 0.03 1.22 01400 | 1 0.03 1.25 01410 | 1 0.03 1.28 01420 | 1 0.03 1.31 01430 | 1 0.03 1.34 01440 | 1 0.03 1.37 01450 | 1 0.03 1.40 01460 | 1 0.03 1.43 01470 | 1 0.03 1.46 01480 | 1 0.03 1.49 01490 | 1 0.03 1.52 01500 | 1 0.03 1.55 01510 | 1 0.03 1.58 01520 | 1 0.03 1.61 01530 | 1 0.03 1.64 01540 | 1 0.03 1.67 01550 | 1 0.03 1.70 01560 | 1 0.03 1.73 01570 | 1 0.03 1.76 01580 | 1 0.03 1.79 01590 | 1 0.03 1.82 01600 | 1 0.03 1.85 01610 | 1 0.03 1.88 01620 | 1 0.03 1.91 01630 | 1 0.03 1.95 01640 | 1 0.03 1.98 01650 | 1 0.03 2.01 01660 | 1 0.03 2.04 01999 | 1 0.03 2.07 02013 | 1 0.03 2.10 02016 | 1 0.03 2.13 02020 | 1 0.03 2.16 02030 | 1 0.03 2.19 02040 | 1 0.03 2.22 02050 | 1 0.03 2.25 02060 | 1 0.03 2.28 02068 | 1 0.03 2.31 02070 | 1 0.03 2.34 02080 | 1 0.03 2.37 02090 | 1 0.03 2.40 02100 | 1 0.03 2.43 02110 | 1 0.03 2.46 02120 | 1 0.03 2.49 02122 | 1 0.03 2.52 02130 | 1 0.03 2.55 02140 | 1 0.03 2.58 02150 | 1 0.03 2.61 02160 | 1 0.03 2.64 02164 | 1 0.03 2.67 02170 | 1 0.03 2.71 02180 | 1 0.03 2.74 02185 | 1 0.03 2.77 02188 | 1 0.03 2.80 02190 | 1 0.03 2.83 02200 | 1 0.03 2.86 02201 | 1 0.03 2.89 02210 | 1 0.03 2.92 02220 | 1 0.03 2.95 02230 | 1 0.03 2.98 02231 | 1 0.03 3.01 02232 | 1 0.03 3.04 02240 | 1 0.03 3.07 02250 | 1 0.03 3.10 02260 | 1 0.03 3.13 02261 | 1 0.03 3.16 02270 | 1 0.03 3.19 02280 | 1 0.03 3.22 02282 | 1 0.03 3.25 02290 | 1 0.03 3.28 02999 | 1 0.03 3.31 03000 | 1 0.03 3.34 03010 | 1 0.03 3.37 03020 | 1 0.03 3.40 03030 | 1 0.03 3.43 03040 | 1 0.03 3.47 03050 | 1 0.03 3.50 03055 | 1 0.03 3.53 03060 | 1 0.03 3.56 03070 | 1 0.03 3.59 03080 | 1 0.03 3.62 03090 | 1 0.03 3.65 03100 | 1 0.03 3.68 03110 | 1 0.03 3.71 03120 | 1 0.03 3.74 03130 | 1 0.03 3.77 03999 | 1 0.03 3.80 04000 | 1 0.03 3.83 04010 | 1 0.03 3.86 04020 | 1 0.03 3.89 04030 | 1 0.03 3.92 04040 | 1 0.03 3.95 04050 | 1 0.03 3.98 04060 | 1 0.03 4.01 04070 | 1 0.03 4.04 04080 | 1 0.03 4.07 04090 | 1 0.03 4.10 04100 | 1 0.03 4.13 04110 | 1 0.03 4.16 04120 | 1 0.03 4.19 04130 | 1 0.03 4.22 04140 | 1 0.03 4.26 04150 | 1 0.03 4.29 04160 | 1 0.03 4.32 04170 | 1 0.03 4.35 04180 | 1 0.03 4.38 04190 | 1 0.03 4.41 04200 | 1 0.03 4.44 04210 | 1 0.03 4.47 04220 | 1 0.03 4.50 04230 | 1 0.03 4.53 04240 | 1 0.03 4.56 04250 | 1 0.03 4.59 04260 | 1 0.03 4.62 04270 | 1 0.03 4.65 04280 | 1 0.03 4.68 04290 | 1 0.03 4.71 04300 | 1 0.03 4.74 04310 | 1 0.03 4.77 04320 | 1 0.03 4.80 04330 | 1 0.03 4.83 04340 | 1 0.03 4.86 04350 | 1 0.03 4.89 04360 | 1 0.03 4.92 04370 | 1 0.03 4.95 04380 | 1 0.03 4.98 04390 | 1 0.03 5.02 04400 | 1 0.03 5.05 04410 | 1 0.03 5.08 04420 | 1 0.03 5.11 04430 | 1 0.03 5.14 04440 | 1 0.03 5.17 04450 | 1 0.03 5.20 04460 | 1 0.03 5.23 04470 | 1 0.03 5.26 04480 | 1 0.03 5.29 04490 | 1 0.03 5.32 04500 | 1 0.03 5.35 04510 | 1 0.03 5.38 04520 | 1 0.03 5.41 04530 | 1 0.03 5.44 04540 | 1 0.03 5.47 04550 | 1 0.03 5.50 04560 | 1 0.03 5.53 04570 | 1 0.03 5.56 04580 | 1 0.03 5.59 04590 | 1 0.03 5.62 04600 | 1 0.03 5.65 04610 | 1 0.03 5.68 04620 | 1 0.03 5.71 04630 | 1 0.03 5.74 04640 | 1 0.03 5.78 04650 | 1 0.03 5.81 04660 | 1 0.03 5.84 04670 | 1 0.03 5.87 04680 | 1 0.03 5.90 04690 | 1 0.03 5.93 04700 | 1 0.03 5.96 04710 | 1 0.03 5.99 04720 | 1 0.03 6.02 04730 | 1 0.03 6.05 04740 | 1 0.03 6.08 04999 | 1 0.03 6.11 05000 | 1 0.03 6.14 05010 | 1 0.03 6.17 05020 | 1 0.03 6.20 05030 | 1 0.03 6.23 05040 | 1 0.03 6.26 05050 | 1 0.03 6.29 05060 | 1 0.03 6.32 05070 | 1 0.03 6.35 05080 | 1 0.03 6.38 05090 | 1 0.03 6.41 05100 | 1 0.03 6.44 05110 | 1 0.03 6.47 05120 | 1 0.03 6.50 05130 | 1 0.03 6.53 05140 | 1 0.03 6.57 05150 | 1 0.03 6.60 05160 | 1 0.03 6.63 05170 | 1 0.03 6.66 05200 | 1 0.03 6.69 05210 | 1 0.03 6.72 05300 | 1 0.03 6.75 05310 | 1 0.03 6.78 05320 | 1 0.03 6.81 05330 | 1 0.03 6.84 05340 | 1 0.03 6.87 05350 | 1 0.03 6.90 05360 | 1 0.03 6.93 05370 | 1 0.03 6.96 05380 | 1 0.03 6.99 05390 | 1 0.03 7.02 05400 | 1 0.03 7.05 05410 | 1 0.03 7.08 05420 | 1 0.03 7.11 05430 | 1 0.03 7.14 05440 | 1 0.03 7.17 05450 | 1 0.03 7.20 05460 | 1 0.03 7.23 05470 | 1 0.03 7.26 05480 | 1 0.03 7.29 05490 | 1 0.03 7.33 05500 | 1 0.03 7.36 05510 | 1 0.03 7.39 05520 | 1 0.03 7.42 05530 | 1 0.03 7.45 05540 | 1 0.03 7.48 05550 | 1 0.03 7.51 05560 | 1 0.03 7.54 05570 | 1 0.03 7.57 05580 | 1 0.03 7.60 05590 | 1 0.03 7.63 05600 | 1 0.03 7.66 05610 | 1 0.03 7.69 05620 | 1 0.03 7.72 05630 | 1 0.03 7.75 05640 | 1 0.03 7.78 05650 | 1 0.03 7.81 05660 | 1 0.03 7.84 05670 | 1 0.03 7.87 05680 | 1 0.03 7.90 05999 | 1 0.03 7.93 06000 | 1 0.03 7.96 06010 | 1 0.03 7.99 06020 | 1 0.03 8.02 06030 | 1 0.03 8.05 06040 | 1 0.03 8.09 06050 | 1 0.03 8.12 06060 | 1 0.03 8.15 06070 | 1 0.03 8.18 06080 | 1 0.03 8.21 06090 | 1 0.03 8.24 06100 | 1 0.03 8.27 06110 | 1 0.03 8.30 06120 | 1 0.03 8.33 06130 | 1 0.03 8.36 06140 | 1 0.03 8.39 06150 | 1 0.03 8.42 06160 | 1 0.03 8.45 06170 | 1 0.03 8.48 06180 | 1 0.03 8.51 06190 | 1 0.03 8.54 06200 | 1 0.03 8.57 06210 | 1 0.03 8.60 06220 | 1 0.03 8.63 06230 | 1 0.03 8.66 06240 | 1 0.03 8.69 06250 | 1 0.03 8.72 06260 | 1 0.03 8.75 06270 | 1 0.03 8.78 06280 | 1 0.03 8.81 06290 | 1 0.03 8.84 06300 | 1 0.03 8.88 06310 | 1 0.03 8.91 06320 | 1 0.03 8.94 06330 | 1 0.03 8.97 06340 | 1 0.03 9.00 06350 | 1 0.03 9.03 06360 | 1 0.03 9.06 06370 | 1 0.03 9.09 06380 | 1 0.03 9.12 06390 | 1 0.03 9.15 06400 | 1 0.03 9.18 06410 | 1 0.03 9.21 06420 | 1 0.03 9.24 06430 | 1 0.03 9.27 06440 | 1 0.03 9.30 06450 | 1 0.03 9.33 06460 | 1 0.03 9.36 06470 | 1 0.03 9.39 06480 | 1 0.03 9.42 06490 | 1 0.03 9.45 06500 | 1 0.03 9.48 06510 | 1 0.03 9.51 06520 | 1 0.03 9.54 06530 | 1 0.03 9.57 06540 | 1 0.03 9.60 06550 | 1 0.03 9.64 06560 | 1 0.03 9.67 06570 | 1 0.03 9.70 06580 | 1 0.03 9.73 06590 | 1 0.03 9.76 06600 | 1 0.03 9.79 06610 | 1 0.03 9.82 06620 | 1 0.03 9.85 06630 | 1 0.03 9.88 06999 | 1 0.03 9.91 07000 | 1 0.03 9.94 07010 | 1 0.03 9.97 07020 | 1 0.03 10.00 07030 | 1 0.03 10.03 07040 | 1 0.03 10.06 07050 | 1 0.03 10.09 07060 | 1 0.03 10.12 07070 | 1 0.03 10.15 07999 | 1 0.03 10.18 08000 | 1 0.03 10.21 08010 | 1 0.03 10.24 08020 | 1 0.03 10.27 08999 | 1 0.03 10.30 09000 | 1 0.03 10.33 10000 | 1 0.03 10.36 10010 | 1 0.03 10.40 10020 | 1 0.03 10.43 10030 | 1 0.03 10.46 10040 | 1 0.03 10.49 10050 | 1 0.03 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0.03 92.86 49701 | 1 0.03 92.89 49710 | 1 0.03 92.92 49711 | 1 0.03 92.95 49712 | 1 0.03 92.98 49720 | 1 0.03 93.01 49730 | 1 0.03 93.04 49740 | 1 0.03 93.07 49750 | 1 0.03 93.10 49770 | 1 0.03 93.13 49771 | 1 0.03 93.16 49780 | 1 0.03 93.19 49790 | 1 0.03 93.22 49791 | 1 0.03 93.25 49800 | 1 0.03 93.28 49801 | 1 0.03 93.31 49810 | 1 0.03 93.34 49820 | 1 0.03 93.37 49830 | 1 0.03 93.40 49838 | 1 0.03 93.43 49840 | 1 0.03 93.47 49850 | 1 0.03 93.50 49860 | 1 0.03 93.53 49867 | 1 0.03 93.56 49870 | 1 0.03 93.59 49880 | 1 0.03 93.62 49890 | 1 0.03 93.65 49891 | 1 0.03 93.68 49892 | 1 0.03 93.71 49900 | 1 0.03 93.74 49910 | 1 0.03 93.77 49920 | 1 0.03 93.80 49921 | 1 0.03 93.83 49930 | 1 0.03 93.86 49950 | 1 0.03 93.89 49951 | 1 0.03 93.92 49960 | 1 0.03 93.95 49961 | 1 0.03 93.98 49962 | 1 0.03 94.01 49970 | 1 0.03 94.04 49980 | 1 0.03 94.07 49981 | 1 0.03 94.10 49999 | 1 0.03 94.13 50000 | 1 0.03 94.16 50010 | 1 0.03 94.19 50020 | 1 0.03 94.22 50030 | 1 0.03 94.26 50040 | 1 0.03 94.29 50050 | 1 0.03 94.32 50060 | 1 0.03 94.35 50070 | 1 0.03 94.38 50080 | 1 0.03 94.41 50090 | 1 0.03 94.44 50100 | 1 0.03 94.47 50110 | 1 0.03 94.50 50120 | 1 0.03 94.53 50130 | 1 0.03 94.56 50140 | 1 0.03 94.59 50150 | 1 0.03 94.62 50160 | 1 0.03 94.65 50170 | 1 0.03 94.68 50180 | 1 0.03 94.71 50190 | 1 0.03 94.74 50200 | 1 0.03 94.77 50210 | 1 0.03 94.80 50220 | 1 0.03 94.83 50230 | 1 0.03 94.86 50240 | 1 0.03 94.89 50250 | 1 0.03 94.92 50260 | 1 0.03 94.95 50270 | 1 0.03 94.98 50280 | 1 0.03 95.02 50290 | 1 0.03 95.05 50300 | 1 0.03 95.08 50310 | 1 0.03 95.11 50320 | 1 0.03 95.14 50330 | 1 0.03 95.17 50340 | 1 0.03 95.20 50350 | 1 0.03 95.23 50360 | 1 0.03 95.26 50370 | 1 0.03 95.29 50380 | 1 0.03 95.32 50999 | 1 0.03 95.35 51000 | 1 0.03 95.38 51010 | 1 0.03 95.41 51020 | 1 0.03 95.44 51030 | 1 0.03 95.47 51040 | 1 0.03 95.50 51050 | 1 0.03 95.53 51060 | 1 0.03 95.56 51070 | 1 0.03 95.59 51080 | 1 0.03 95.62 51090 | 1 0.03 95.65 51100 | 1 0.03 95.68 51110 | 1 0.03 95.71 51120 | 1 0.03 95.74 51130 | 1 0.03 95.78 51140 | 1 0.03 95.81 51150 | 1 0.03 95.84 51160 | 1 0.03 95.87 51170 | 1 0.03 95.90 51180 | 1 0.03 95.93 51190 | 1 0.03 95.96 51200 | 1 0.03 95.99 51210 | 1 0.03 96.02 51220 | 1 0.03 96.05 51230 | 1 0.03 96.08 51240 | 1 0.03 96.11 51250 | 1 0.03 96.14 51260 | 1 0.03 96.17 51270 | 1 0.03 96.20 51280 | 1 0.03 96.23 51290 | 1 0.03 96.26 51300 | 1 0.03 96.29 51310 | 1 0.03 96.32 51320 | 1 0.03 96.35 51330 | 1 0.03 96.38 51340 | 1 0.03 96.41 51350 | 1 0.03 96.44 51360 | 1 0.03 96.47 51370 | 1 0.03 96.50 51380 | 1 0.03 96.53 51390 | 1 0.03 96.57 51400 | 1 0.03 96.60 51410 | 1 0.03 96.63 51420 | 1 0.03 96.66 51430 | 1 0.03 96.69 51440 | 1 0.03 96.72 51450 | 1 0.03 96.75 51460 | 1 0.03 96.78 51470 | 1 0.03 96.81 51480 | 1 0.03 96.84 51490 | 1 0.03 96.87 51500 | 1 0.03 96.90 51510 | 1 0.03 96.93 51520 | 1 0.03 96.96 51530 | 1 0.03 96.99 51540 | 1 0.03 97.02 51999 | 1 0.03 97.05 52000 | 1 0.03 97.08 52010 | 1 0.03 97.11 52020 | 1 0.03 97.14 52030 | 1 0.03 97.17 52040 | 1 0.03 97.20 52050 | 1 0.03 97.23 52060 | 1 0.03 97.26 52070 | 1 0.03 97.29 52080 | 1 0.03 97.33 52090 | 1 0.03 97.36 52100 | 1 0.03 97.39 52110 | 1 0.03 97.42 52120 | 1 0.03 97.45 52130 | 1 0.03 97.48 52140 | 1 0.03 97.51 52150 | 1 0.03 97.54 52160 | 1 0.03 97.57 52170 | 1 0.03 97.60 52180 | 1 0.03 97.63 52190 | 1 0.03 97.66 52200 | 1 0.03 97.69 52210 | 1 0.03 97.72 52220 | 1 0.03 97.75 52230 | 1 0.03 97.78 52240 | 1 0.03 97.81 52250 | 1 0.03 97.84 52260 | 1 0.03 97.87 52270 | 1 0.03 97.90 52280 | 1 0.03 97.93 52290 | 1 0.03 97.96 52300 | 1 0.03 97.99 52310 | 1 0.03 98.02 52320 | 1 0.03 98.05 52330 | 1 0.03 98.09 52340 | 1 0.03 98.12 52350 | 1 0.03 98.15 52360 | 1 0.03 98.18 52370 | 1 0.03 98.21 52380 | 1 0.03 98.24 52381 | 1 0.03 98.27 52390 | 1 0.03 98.30 52400 | 1 0.03 98.33 52410 | 1 0.03 98.36 52420 | 1 0.03 98.39 52430 | 1 0.03 98.42 52440 | 1 0.03 98.45 52450 | 1 0.03 98.48 52460 | 1 0.03 98.51 52470 | 1 0.03 98.54 52480 | 1 0.03 98.57 52490 | 1 0.03 98.60 52500 | 1 0.03 98.63 52510 | 1 0.03 98.66 52520 | 1 0.03 98.69 52530 | 1 0.03 98.72 52540 | 1 0.03 98.75 52550 | 1 0.03 98.78 52560 | 1 0.03 98.81 52570 | 1 0.03 98.84 52580 | 1 0.03 98.88 52590 | 1 0.03 98.91 52600 | 1 0.03 98.94 52610 | 1 0.03 98.97 52620 | 1 0.03 99.00 52630 | 1 0.03 99.03 52640 | 1 0.03 99.06 52650 | 1 0.03 99.09 52660 | 1 0.03 99.12 52670 | 1 0.03 99.15 52680 | 1 0.03 99.18 52690 | 1 0.03 99.21 52700 | 1 0.03 99.24 52999 | 1 0.03 99.27 53000 | 1 0.03 99.30 53010 | 1 0.03 99.33 53020 | 1 0.03 99.36 53030 | 1 0.03 99.39 53040 | 1 0.03 99.42 53050 | 1 0.03 99.45 53060 | 1 0.03 99.48 53070 | 1 0.03 99.51 53080 | 1 0.03 99.54 53090 | 1 0.03 99.57 53100 | 1 0.03 99.60 53110 | 1 0.03 99.64 53120 | 1 0.03 99.67 53130 | 1 0.03 99.70 53140 | 1 0.03 99.73 53150 | 1 0.03 99.76 53160 | 1 0.03 99.79 53170 | 1 0.03 99.82 53180 | 1 0.03 99.85 53190 | 1 0.03 99.88 53200 | 1 0.03 99.91 53210 | 1 0.03 99.94 53220 | 1 0.03 99.97 53999 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for fips variable in msabea dataset : FIPS Coding | Convention | Freq. Percent Cum. ------------+----------------------------------- 01001 | 1 0.03 0.03 01003 | 1 0.03 0.06 01005 | 1 0.03 0.09 01007 | 1 0.03 0.12 01009 | 1 0.03 0.15 01011 | 1 0.03 0.18 01013 | 1 0.03 0.21 01015 | 1 0.03 0.24 01017 | 1 0.03 0.27 01019 | 1 0.03 0.30 01021 | 1 0.03 0.33 01023 | 1 0.03 0.36 01025 | 1 0.03 0.40 01027 | 1 0.03 0.43 01029 | 1 0.03 0.46 01031 | 1 0.03 0.49 01033 | 1 0.03 0.52 01035 | 1 0.03 0.55 01037 | 1 0.03 0.58 01039 | 1 0.03 0.61 01041 | 1 0.03 0.64 01043 | 1 0.03 0.67 01045 | 1 0.03 0.70 01047 | 1 0.03 0.73 01049 | 1 0.03 0.76 01051 | 1 0.03 0.79 01053 | 1 0.03 0.82 01055 | 1 0.03 0.85 01057 | 1 0.03 0.88 01059 | 1 0.03 0.91 01061 | 1 0.03 0.94 01063 | 1 0.03 0.97 01065 | 1 0.03 1.00 01067 | 1 0.03 1.03 01069 | 1 0.03 1.06 01071 | 1 0.03 1.09 01073 | 1 0.03 1.12 01075 | 1 0.03 1.16 01077 | 1 0.03 1.19 01079 | 1 0.03 1.22 01081 | 1 0.03 1.25 01083 | 1 0.03 1.28 01085 | 1 0.03 1.31 01087 | 1 0.03 1.34 01089 | 1 0.03 1.37 01091 | 1 0.03 1.40 01093 | 1 0.03 1.43 01095 | 1 0.03 1.46 01097 | 1 0.03 1.49 01099 | 1 0.03 1.52 01101 | 1 0.03 1.55 01103 | 1 0.03 1.58 01105 | 1 0.03 1.61 01107 | 1 0.03 1.64 01109 | 1 0.03 1.67 01111 | 1 0.03 1.70 01113 | 1 0.03 1.73 01115 | 1 0.03 1.76 01117 | 1 0.03 1.79 01119 | 1 0.03 1.82 01121 | 1 0.03 1.85 01123 | 1 0.03 1.88 01125 | 1 0.03 1.91 01127 | 1 0.03 1.95 01129 | 1 0.03 1.98 01131 | 1 0.03 2.01 01133 | 1 0.03 2.04 01990 | 1 0.03 2.07 02013 | 1 0.03 2.10 02016 | 1 0.03 2.13 02020 | 1 0.03 2.16 02031 | 1 0.03 2.19 02040 | 1 0.03 2.22 02050 | 1 0.03 2.25 02060 | 1 0.03 2.28 02068 | 1 0.03 2.31 02070 | 1 0.03 2.34 02080 | 1 0.03 2.37 02090 | 1 0.03 2.40 02100 | 1 0.03 2.43 02110 | 1 0.03 2.46 02120 | 1 0.03 2.49 02122 | 1 0.03 2.52 02130 | 1 0.03 2.55 02140 | 1 0.03 2.58 02150 | 1 0.03 2.61 02160 | 1 0.03 2.64 02164 | 1 0.03 2.67 02170 | 1 0.03 2.71 02180 | 1 0.03 2.74 02185 | 1 0.03 2.77 02188 | 1 0.03 2.80 02190 | 1 0.03 2.83 02200 | 1 0.03 2.86 02201 | 1 0.03 2.89 02210 | 1 0.03 2.92 02220 | 1 0.03 2.95 02230 | 1 0.03 2.98 02231 | 1 0.03 3.01 02232 | 1 0.03 3.04 02240 | 1 0.03 3.07 02250 | 1 0.03 3.10 02260 | 1 0.03 3.13 02261 | 1 0.03 3.16 02270 | 1 0.03 3.19 02280 | 1 0.03 3.22 02282 | 1 0.03 3.25 02290 | 1 0.03 3.28 02990 | 1 0.03 3.31 04001 | 1 0.03 3.34 04003 | 1 0.03 3.37 04005 | 1 0.03 3.40 04007 | 1 0.03 3.43 04009 | 1 0.03 3.47 04011 | 1 0.03 3.50 04012 | 1 0.03 3.53 04013 | 1 0.03 3.56 04015 | 1 0.03 3.59 04017 | 1 0.03 3.62 04019 | 1 0.03 3.65 04021 | 1 0.03 3.68 04023 | 1 0.03 3.71 04025 | 1 0.03 3.74 04027 | 1 0.03 3.77 04990 | 1 0.03 3.80 05001 | 1 0.03 3.83 05003 | 1 0.03 3.86 05005 | 1 0.03 3.89 05007 | 1 0.03 3.92 05009 | 1 0.03 3.95 05011 | 1 0.03 3.98 05013 | 1 0.03 4.01 05015 | 1 0.03 4.04 05017 | 1 0.03 4.07 05019 | 1 0.03 4.10 05021 | 1 0.03 4.13 05023 | 1 0.03 4.16 05025 | 1 0.03 4.19 05027 | 1 0.03 4.22 05029 | 1 0.03 4.26 05031 | 1 0.03 4.29 05033 | 1 0.03 4.32 05035 | 1 0.03 4.35 05037 | 1 0.03 4.38 05039 | 1 0.03 4.41 05041 | 1 0.03 4.44 05043 | 1 0.03 4.47 05045 | 1 0.03 4.50 05047 | 1 0.03 4.53 05049 | 1 0.03 4.56 05051 | 1 0.03 4.59 05053 | 1 0.03 4.62 05055 | 1 0.03 4.65 05057 | 1 0.03 4.68 05059 | 1 0.03 4.71 05061 | 1 0.03 4.74 05063 | 1 0.03 4.77 05065 | 1 0.03 4.80 05067 | 1 0.03 4.83 05069 | 1 0.03 4.86 05071 | 1 0.03 4.89 05073 | 1 0.03 4.92 05075 | 1 0.03 4.95 05077 | 1 0.03 4.98 05079 | 1 0.03 5.02 05081 | 1 0.03 5.05 05083 | 1 0.03 5.08 05085 | 1 0.03 5.11 05087 | 1 0.03 5.14 05089 | 1 0.03 5.17 05091 | 1 0.03 5.20 05093 | 1 0.03 5.23 05095 | 1 0.03 5.26 05097 | 1 0.03 5.29 05099 | 1 0.03 5.32 05101 | 1 0.03 5.35 05103 | 1 0.03 5.38 05105 | 1 0.03 5.41 05107 | 1 0.03 5.44 05109 | 1 0.03 5.47 05111 | 1 0.03 5.50 05113 | 1 0.03 5.53 05115 | 1 0.03 5.56 05117 | 1 0.03 5.59 05119 | 1 0.03 5.62 05121 | 1 0.03 5.65 05123 | 1 0.03 5.68 05125 | 1 0.03 5.71 05127 | 1 0.03 5.74 05129 | 1 0.03 5.78 05131 | 1 0.03 5.81 05133 | 1 0.03 5.84 05135 | 1 0.03 5.87 05137 | 1 0.03 5.90 05139 | 1 0.03 5.93 05141 | 1 0.03 5.96 05143 | 1 0.03 5.99 05145 | 1 0.03 6.02 05147 | 1 0.03 6.05 05149 | 1 0.03 6.08 05990 | 1 0.03 6.11 06001 | 1 0.03 6.14 06003 | 1 0.03 6.17 06005 | 1 0.03 6.20 06007 | 1 0.03 6.23 06009 | 1 0.03 6.26 06011 | 1 0.03 6.29 06013 | 1 0.03 6.32 06015 | 1 0.03 6.35 06017 | 1 0.03 6.38 06019 | 1 0.03 6.41 06021 | 1 0.03 6.44 06023 | 1 0.03 6.47 06025 | 1 0.03 6.50 06027 | 1 0.03 6.53 06029 | 1 0.03 6.57 06031 | 1 0.03 6.60 06033 | 1 0.03 6.63 06035 | 1 0.03 6.66 06037 | 2 0.06 6.72 06039 | 1 0.03 6.75 06041 | 1 0.03 6.78 06043 | 1 0.03 6.81 06045 | 1 0.03 6.84 06047 | 1 0.03 6.87 06049 | 1 0.03 6.90 06051 | 1 0.03 6.93 06053 | 1 0.03 6.96 06055 | 1 0.03 6.99 06057 | 1 0.03 7.02 06059 | 1 0.03 7.05 06061 | 1 0.03 7.08 06063 | 1 0.03 7.11 06065 | 1 0.03 7.14 06067 | 1 0.03 7.17 06069 | 1 0.03 7.20 06071 | 1 0.03 7.23 06073 | 1 0.03 7.26 06075 | 1 0.03 7.29 06077 | 1 0.03 7.33 06079 | 1 0.03 7.36 06081 | 1 0.03 7.39 06083 | 1 0.03 7.42 06085 | 1 0.03 7.45 06087 | 1 0.03 7.48 06089 | 1 0.03 7.51 06091 | 1 0.03 7.54 06093 | 1 0.03 7.57 06095 | 1 0.03 7.60 06097 | 1 0.03 7.63 06099 | 1 0.03 7.66 06101 | 1 0.03 7.69 06103 | 1 0.03 7.72 06105 | 1 0.03 7.75 06107 | 1 0.03 7.78 06109 | 1 0.03 7.81 06111 | 1 0.03 7.84 06113 | 1 0.03 7.87 06115 | 1 0.03 7.90 06990 | 1 0.03 7.93 08001 | 1 0.03 7.96 08003 | 1 0.03 7.99 08005 | 1 0.03 8.02 08007 | 1 0.03 8.05 08009 | 1 0.03 8.09 08011 | 1 0.03 8.12 08013 | 1 0.03 8.15 08014 | 1 0.03 8.18 08015 | 1 0.03 8.21 08017 | 1 0.03 8.24 08019 | 1 0.03 8.27 08021 | 1 0.03 8.30 08023 | 1 0.03 8.33 08025 | 1 0.03 8.36 08027 | 1 0.03 8.39 08029 | 1 0.03 8.42 08031 | 1 0.03 8.45 08033 | 1 0.03 8.48 08035 | 1 0.03 8.51 08037 | 1 0.03 8.54 08039 | 1 0.03 8.57 08041 | 1 0.03 8.60 08043 | 1 0.03 8.63 08045 | 1 0.03 8.66 08047 | 1 0.03 8.69 08049 | 1 0.03 8.72 08051 | 1 0.03 8.75 08053 | 1 0.03 8.78 08055 | 1 0.03 8.81 08057 | 1 0.03 8.84 08059 | 1 0.03 8.88 08061 | 1 0.03 8.91 08063 | 1 0.03 8.94 08065 | 1 0.03 8.97 08067 | 1 0.03 9.00 08069 | 1 0.03 9.03 08071 | 1 0.03 9.06 08073 | 1 0.03 9.09 08075 | 1 0.03 9.12 08077 | 1 0.03 9.15 08079 | 1 0.03 9.18 08081 | 1 0.03 9.21 08083 | 1 0.03 9.24 08085 | 1 0.03 9.27 08087 | 1 0.03 9.30 08089 | 1 0.03 9.33 08091 | 1 0.03 9.36 08093 | 1 0.03 9.39 08095 | 1 0.03 9.42 08097 | 1 0.03 9.45 08099 | 1 0.03 9.48 08101 | 1 0.03 9.51 08103 | 1 0.03 9.54 08105 | 1 0.03 9.57 08107 | 1 0.03 9.60 08109 | 1 0.03 9.64 08111 | 1 0.03 9.67 08113 | 1 0.03 9.70 08115 | 1 0.03 9.73 08117 | 1 0.03 9.76 08119 | 1 0.03 9.79 08121 | 1 0.03 9.82 08123 | 1 0.03 9.85 08125 | 1 0.03 9.88 08990 | 1 0.03 9.91 09001 | 1 0.03 9.94 09003 | 1 0.03 9.97 09005 | 1 0.03 10.00 09007 | 1 0.03 10.03 09009 | 1 0.03 10.06 09011 | 1 0.03 10.09 09013 | 1 0.03 10.12 09015 | 1 0.03 10.15 09990 | 1 0.03 10.18 10001 | 1 0.03 10.21 10003 | 1 0.03 10.24 10005 | 1 0.03 10.27 10990 | 1 0.03 10.30 11001 | 1 0.03 10.33 12001 | 1 0.03 10.36 12003 | 1 0.03 10.40 12005 | 1 0.03 10.43 12007 | 1 0.03 10.46 12009 | 1 0.03 10.49 12011 | 1 0.03 10.52 12013 | 1 0.03 10.55 12015 | 1 0.03 10.58 12017 | 1 0.03 10.61 12019 | 1 0.03 10.64 12021 | 1 0.03 10.67 12023 | 1 0.03 10.70 12025 | 1 0.03 10.73 12027 | 1 0.03 10.76 12029 | 1 0.03 10.79 12031 | 1 0.03 10.82 12033 | 1 0.03 10.85 12035 | 1 0.03 10.88 12037 | 1 0.03 10.91 12039 | 1 0.03 10.94 12041 | 1 0.03 10.97 12043 | 1 0.03 11.00 12045 | 1 0.03 11.03 12047 | 1 0.03 11.06 12049 | 1 0.03 11.09 12051 | 1 0.03 11.12 12053 | 1 0.03 11.16 12055 | 1 0.03 11.19 12057 | 1 0.03 11.22 12059 | 1 0.03 11.25 12061 | 1 0.03 11.28 12063 | 1 0.03 11.31 12065 | 1 0.03 11.34 12067 | 1 0.03 11.37 12069 | 1 0.03 11.40 12071 | 1 0.03 11.43 12073 | 1 0.03 11.46 12075 | 1 0.03 11.49 12077 | 1 0.03 11.52 12079 | 1 0.03 11.55 12081 | 1 0.03 11.58 12083 | 1 0.03 11.61 12085 | 1 0.03 11.64 12086 | 1 0.03 11.67 12087 | 1 0.03 11.70 12089 | 1 0.03 11.73 12091 | 1 0.03 11.76 12093 | 1 0.03 11.79 12095 | 1 0.03 11.82 12097 | 1 0.03 11.85 12099 | 1 0.03 11.88 12101 | 1 0.03 11.91 12103 | 1 0.03 11.95 12105 | 1 0.03 11.98 12107 | 1 0.03 12.01 12109 | 1 0.03 12.04 12111 | 1 0.03 12.07 12113 | 1 0.03 12.10 12115 | 1 0.03 12.13 12117 | 1 0.03 12.16 12119 | 1 0.03 12.19 12121 | 1 0.03 12.22 12123 | 1 0.03 12.25 12125 | 1 0.03 12.28 12127 | 1 0.03 12.31 12129 | 1 0.03 12.34 12131 | 1 0.03 12.37 12133 | 1 0.03 12.40 12990 | 1 0.03 12.43 13001 | 1 0.03 12.46 13003 | 1 0.03 12.49 13005 | 1 0.03 12.52 13007 | 1 0.03 12.55 13009 | 1 0.03 12.58 13011 | 1 0.03 12.61 13013 | 1 0.03 12.64 13015 | 1 0.03 12.67 13017 | 1 0.03 12.71 13019 | 1 0.03 12.74 13021 | 1 0.03 12.77 13023 | 1 0.03 12.80 13025 | 1 0.03 12.83 13027 | 1 0.03 12.86 13029 | 1 0.03 12.89 13031 | 1 0.03 12.92 13033 | 1 0.03 12.95 13035 | 1 0.03 12.98 13037 | 1 0.03 13.01 13039 | 1 0.03 13.04 13043 | 1 0.03 13.07 13045 | 1 0.03 13.10 13047 | 1 0.03 13.13 13049 | 1 0.03 13.16 13051 | 1 0.03 13.19 13053 | 1 0.03 13.22 13055 | 1 0.03 13.25 13057 | 1 0.03 13.28 13059 | 1 0.03 13.31 13061 | 1 0.03 13.34 13063 | 1 0.03 13.37 13065 | 1 0.03 13.40 13067 | 1 0.03 13.43 13069 | 1 0.03 13.47 13071 | 1 0.03 13.50 13073 | 1 0.03 13.53 13075 | 1 0.03 13.56 13077 | 1 0.03 13.59 13079 | 1 0.03 13.62 13081 | 1 0.03 13.65 13083 | 1 0.03 13.68 13085 | 1 0.03 13.71 13087 | 1 0.03 13.74 13089 | 1 0.03 13.77 13091 | 1 0.03 13.80 13093 | 1 0.03 13.83 13095 | 1 0.03 13.86 13097 | 1 0.03 13.89 13099 | 1 0.03 13.92 13101 | 1 0.03 13.95 13103 | 1 0.03 13.98 13105 | 1 0.03 14.01 13107 | 1 0.03 14.04 13109 | 1 0.03 14.07 13111 | 1 0.03 14.10 13113 | 1 0.03 14.13 13115 | 1 0.03 14.16 13117 | 1 0.03 14.19 13119 | 1 0.03 14.22 13121 | 1 0.03 14.26 13123 | 1 0.03 14.29 13125 | 1 0.03 14.32 13127 | 1 0.03 14.35 13129 | 1 0.03 14.38 13131 | 1 0.03 14.41 13133 | 1 0.03 14.44 13135 | 1 0.03 14.47 13137 | 1 0.03 14.50 13139 | 1 0.03 14.53 13141 | 1 0.03 14.56 13143 | 1 0.03 14.59 13145 | 1 0.03 14.62 13147 | 1 0.03 14.65 13149 | 1 0.03 14.68 13151 | 1 0.03 14.71 13153 | 1 0.03 14.74 13155 | 1 0.03 14.77 13157 | 1 0.03 14.80 13159 | 1 0.03 14.83 13161 | 1 0.03 14.86 13163 | 1 0.03 14.89 13165 | 1 0.03 14.92 13167 | 1 0.03 14.95 13169 | 1 0.03 14.98 13171 | 1 0.03 15.02 13173 | 1 0.03 15.05 13175 | 1 0.03 15.08 13177 | 1 0.03 15.11 13179 | 1 0.03 15.14 13181 | 1 0.03 15.17 13183 | 1 0.03 15.20 13185 | 1 0.03 15.23 13187 | 1 0.03 15.26 13189 | 1 0.03 15.29 13191 | 1 0.03 15.32 13193 | 1 0.03 15.35 13195 | 1 0.03 15.38 13197 | 1 0.03 15.41 13199 | 1 0.03 15.44 13201 | 1 0.03 15.47 13205 | 1 0.03 15.50 13207 | 1 0.03 15.53 13209 | 1 0.03 15.56 13211 | 1 0.03 15.59 13213 | 1 0.03 15.62 13215 | 1 0.03 15.65 13217 | 1 0.03 15.68 13219 | 1 0.03 15.71 13221 | 1 0.03 15.74 13223 | 1 0.03 15.78 13225 | 1 0.03 15.81 13227 | 1 0.03 15.84 13229 | 1 0.03 15.87 13231 | 1 0.03 15.90 13233 | 1 0.03 15.93 13235 | 1 0.03 15.96 13237 | 1 0.03 15.99 13239 | 1 0.03 16.02 13241 | 1 0.03 16.05 13243 | 1 0.03 16.08 13245 | 1 0.03 16.11 13247 | 1 0.03 16.14 13249 | 1 0.03 16.17 13251 | 1 0.03 16.20 13253 | 1 0.03 16.23 13255 | 1 0.03 16.26 13257 | 1 0.03 16.29 13259 | 1 0.03 16.32 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0.03 78.42 48001 | 1 0.03 78.45 48003 | 1 0.03 78.48 48005 | 1 0.03 78.51 48007 | 1 0.03 78.54 48009 | 1 0.03 78.57 48011 | 1 0.03 78.60 48013 | 1 0.03 78.63 48015 | 1 0.03 78.66 48017 | 1 0.03 78.69 48019 | 1 0.03 78.72 48021 | 1 0.03 78.75 48023 | 1 0.03 78.78 48025 | 1 0.03 78.81 48027 | 1 0.03 78.84 48029 | 1 0.03 78.88 48031 | 1 0.03 78.91 48033 | 1 0.03 78.94 48035 | 1 0.03 78.97 48037 | 1 0.03 79.00 48039 | 1 0.03 79.03 48041 | 1 0.03 79.06 48043 | 1 0.03 79.09 48045 | 1 0.03 79.12 48047 | 1 0.03 79.15 48049 | 1 0.03 79.18 48051 | 1 0.03 79.21 48053 | 1 0.03 79.24 48055 | 1 0.03 79.27 48057 | 1 0.03 79.30 48059 | 1 0.03 79.33 48061 | 1 0.03 79.36 48063 | 1 0.03 79.39 48065 | 1 0.03 79.42 48067 | 1 0.03 79.45 48069 | 1 0.03 79.48 48071 | 1 0.03 79.51 48073 | 1 0.03 79.54 48075 | 1 0.03 79.57 48077 | 1 0.03 79.60 48079 | 1 0.03 79.64 48081 | 1 0.03 79.67 48083 | 1 0.03 79.70 48085 | 1 0.03 79.73 48087 | 1 0.03 79.76 48089 | 1 0.03 79.79 48091 | 1 0.03 79.82 48093 | 1 0.03 79.85 48095 | 1 0.03 79.88 48097 | 1 0.03 79.91 48099 | 1 0.03 79.94 48101 | 1 0.03 79.97 48103 | 1 0.03 80.00 48105 | 1 0.03 80.03 48107 | 1 0.03 80.06 48109 | 1 0.03 80.09 48111 | 1 0.03 80.12 48113 | 1 0.03 80.15 48115 | 1 0.03 80.18 48117 | 1 0.03 80.21 48119 | 1 0.03 80.24 48121 | 1 0.03 80.27 48123 | 1 0.03 80.30 48125 | 1 0.03 80.33 48127 | 1 0.03 80.36 48129 | 1 0.03 80.40 48131 | 1 0.03 80.43 48133 | 1 0.03 80.46 48135 | 1 0.03 80.49 48137 | 1 0.03 80.52 48139 | 1 0.03 80.55 48141 | 1 0.03 80.58 48143 | 1 0.03 80.61 48145 | 1 0.03 80.64 48147 | 1 0.03 80.67 48149 | 1 0.03 80.70 48151 | 1 0.03 80.73 48153 | 1 0.03 80.76 48155 | 1 0.03 80.79 48157 | 1 0.03 80.82 48159 | 1 0.03 80.85 48161 | 1 0.03 80.88 48163 | 1 0.03 80.91 48165 | 1 0.03 80.94 48167 | 1 0.03 80.97 48169 | 1 0.03 81.00 48171 | 1 0.03 81.03 48173 | 1 0.03 81.06 48175 | 1 0.03 81.09 48177 | 1 0.03 81.12 48179 | 1 0.03 81.16 48181 | 1 0.03 81.19 48183 | 1 0.03 81.22 48185 | 1 0.03 81.25 48187 | 1 0.03 81.28 48189 | 1 0.03 81.31 48191 | 1 0.03 81.34 48193 | 1 0.03 81.37 48195 | 1 0.03 81.40 48197 | 1 0.03 81.43 48199 | 1 0.03 81.46 48201 | 1 0.03 81.49 48203 | 1 0.03 81.52 48205 | 1 0.03 81.55 48207 | 1 0.03 81.58 48209 | 1 0.03 81.61 48211 | 1 0.03 81.64 48213 | 1 0.03 81.67 48215 | 1 0.03 81.70 48217 | 1 0.03 81.73 48219 | 1 0.03 81.76 48221 | 1 0.03 81.79 48223 | 1 0.03 81.82 48225 | 1 0.03 81.85 48227 | 1 0.03 81.88 48229 | 1 0.03 81.91 48231 | 1 0.03 81.95 48233 | 1 0.03 81.98 48235 | 1 0.03 82.01 48237 | 1 0.03 82.04 48239 | 1 0.03 82.07 48241 | 1 0.03 82.10 48243 | 1 0.03 82.13 48245 | 1 0.03 82.16 48247 | 1 0.03 82.19 48249 | 1 0.03 82.22 48251 | 1 0.03 82.25 48253 | 1 0.03 82.28 48255 | 1 0.03 82.31 48257 | 1 0.03 82.34 48259 | 1 0.03 82.37 48261 | 1 0.03 82.40 48263 | 1 0.03 82.43 48265 | 1 0.03 82.46 48267 | 1 0.03 82.49 48269 | 1 0.03 82.52 48271 | 1 0.03 82.55 48273 | 1 0.03 82.58 48275 | 1 0.03 82.61 48277 | 1 0.03 82.64 48279 | 1 0.03 82.67 48281 | 1 0.03 82.71 48283 | 1 0.03 82.74 48285 | 1 0.03 82.77 48287 | 1 0.03 82.80 48289 | 1 0.03 82.83 48291 | 1 0.03 82.86 48293 | 1 0.03 82.89 48295 | 1 0.03 82.92 48297 | 1 0.03 82.95 48299 | 1 0.03 82.98 48301 | 1 0.03 83.01 48303 | 1 0.03 83.04 48305 | 1 0.03 83.07 48307 | 1 0.03 83.10 48309 | 1 0.03 83.13 48311 | 1 0.03 83.16 48313 | 1 0.03 83.19 48315 | 1 0.03 83.22 48317 | 1 0.03 83.25 48319 | 1 0.03 83.28 48321 | 1 0.03 83.31 48323 | 1 0.03 83.34 48325 | 1 0.03 83.37 48327 | 1 0.03 83.40 48329 | 1 0.03 83.43 48331 | 1 0.03 83.47 48333 | 1 0.03 83.50 48335 | 1 0.03 83.53 48337 | 1 0.03 83.56 48339 | 1 0.03 83.59 48341 | 1 0.03 83.62 48343 | 1 0.03 83.65 48345 | 1 0.03 83.68 48347 | 1 0.03 83.71 48349 | 1 0.03 83.74 48351 | 1 0.03 83.77 48353 | 1 0.03 83.80 48355 | 1 0.03 83.83 48357 | 1 0.03 83.86 48359 | 1 0.03 83.89 48361 | 1 0.03 83.92 48363 | 1 0.03 83.95 48365 | 1 0.03 83.98 48367 | 1 0.03 84.01 48369 | 1 0.03 84.04 48371 | 1 0.03 84.07 48373 | 1 0.03 84.10 48375 | 1 0.03 84.13 48377 | 1 0.03 84.16 48379 | 1 0.03 84.19 48381 | 1 0.03 84.22 48383 | 1 0.03 84.26 48385 | 1 0.03 84.29 48387 | 1 0.03 84.32 48389 | 1 0.03 84.35 48391 | 1 0.03 84.38 48393 | 1 0.03 84.41 48395 | 1 0.03 84.44 48397 | 1 0.03 84.47 48399 | 1 0.03 84.50 48401 | 1 0.03 84.53 48403 | 1 0.03 84.56 48405 | 1 0.03 84.59 48407 | 1 0.03 84.62 48409 | 1 0.03 84.65 48411 | 1 0.03 84.68 48413 | 1 0.03 84.71 48415 | 1 0.03 84.74 48417 | 1 0.03 84.77 48419 | 1 0.03 84.80 48421 | 1 0.03 84.83 48423 | 1 0.03 84.86 48425 | 1 0.03 84.89 48427 | 1 0.03 84.92 48429 | 1 0.03 84.95 48431 | 1 0.03 84.98 48433 | 1 0.03 85.02 48435 | 1 0.03 85.05 48437 | 1 0.03 85.08 48439 | 1 0.03 85.11 48441 | 1 0.03 85.14 48443 | 1 0.03 85.17 48445 | 1 0.03 85.20 48447 | 1 0.03 85.23 48449 | 1 0.03 85.26 48451 | 1 0.03 85.29 48453 | 1 0.03 85.32 48455 | 1 0.03 85.35 48457 | 1 0.03 85.38 48459 | 1 0.03 85.41 48461 | 1 0.03 85.44 48463 | 1 0.03 85.47 48465 | 1 0.03 85.50 48467 | 1 0.03 85.53 48469 | 1 0.03 85.56 48471 | 1 0.03 85.59 48473 | 1 0.03 85.62 48475 | 1 0.03 85.65 48477 | 1 0.03 85.68 48479 | 1 0.03 85.71 48481 | 1 0.03 85.74 48483 | 1 0.03 85.78 48485 | 1 0.03 85.81 48487 | 1 0.03 85.84 48489 | 1 0.03 85.87 48491 | 1 0.03 85.90 48493 | 1 0.03 85.93 48495 | 1 0.03 85.96 48497 | 1 0.03 85.99 48499 | 1 0.03 86.02 48501 | 1 0.03 86.05 48503 | 1 0.03 86.08 48505 | 1 0.03 86.11 48507 | 1 0.03 86.14 48990 | 1 0.03 86.17 49001 | 1 0.03 86.20 49003 | 1 0.03 86.23 49005 | 1 0.03 86.26 49007 | 1 0.03 86.29 49009 | 1 0.03 86.32 49011 | 1 0.03 86.35 49013 | 1 0.03 86.38 49015 | 1 0.03 86.41 49017 | 1 0.03 86.44 49019 | 1 0.03 86.47 49021 | 1 0.03 86.50 49023 | 1 0.03 86.53 49025 | 1 0.03 86.57 49027 | 1 0.03 86.60 49029 | 1 0.03 86.63 49031 | 1 0.03 86.66 49033 | 1 0.03 86.69 49035 | 1 0.03 86.72 49037 | 1 0.03 86.75 49039 | 1 0.03 86.78 49041 | 1 0.03 86.81 49043 | 1 0.03 86.84 49045 | 1 0.03 86.87 49047 | 1 0.03 86.90 49049 | 1 0.03 86.93 49051 | 1 0.03 86.96 49053 | 1 0.03 86.99 49055 | 1 0.03 87.02 49057 | 1 0.03 87.05 49990 | 1 0.03 87.08 50001 | 1 0.03 87.11 50003 | 1 0.03 87.14 50005 | 1 0.03 87.17 50007 | 1 0.03 87.20 50009 | 1 0.03 87.23 50011 | 1 0.03 87.26 50013 | 1 0.03 87.29 50015 | 1 0.03 87.33 50017 | 1 0.03 87.36 50019 | 1 0.03 87.39 50021 | 1 0.03 87.42 50023 | 1 0.03 87.45 50025 | 1 0.03 87.48 50027 | 1 0.03 87.51 50990 | 1 0.03 87.54 51001 | 1 0.03 87.57 51003 | 1 0.03 87.60 51005 | 1 0.03 87.63 51007 | 1 0.03 87.66 51009 | 1 0.03 87.69 51011 | 1 0.03 87.72 51013 | 1 0.03 87.75 51015 | 1 0.03 87.78 51017 | 1 0.03 87.81 51019 | 1 0.03 87.84 51021 | 1 0.03 87.87 51023 | 1 0.03 87.90 51025 | 1 0.03 87.93 51027 | 1 0.03 87.96 51029 | 1 0.03 87.99 51031 | 1 0.03 88.02 51033 | 1 0.03 88.05 51035 | 1 0.03 88.09 51036 | 1 0.03 88.12 51037 | 1 0.03 88.15 51041 | 1 0.03 88.18 51043 | 1 0.03 88.21 51045 | 1 0.03 88.24 51047 | 1 0.03 88.27 51049 | 1 0.03 88.30 51051 | 1 0.03 88.33 51053 | 1 0.03 88.36 51057 | 1 0.03 88.39 51059 | 1 0.03 88.42 51061 | 1 0.03 88.45 51063 | 1 0.03 88.48 51065 | 1 0.03 88.51 51067 | 1 0.03 88.54 51069 | 1 0.03 88.57 51071 | 1 0.03 88.60 51073 | 1 0.03 88.63 51075 | 1 0.03 88.66 51077 | 1 0.03 88.69 51079 | 1 0.03 88.72 51081 | 1 0.03 88.75 51083 | 1 0.03 88.78 51085 | 1 0.03 88.81 51087 | 1 0.03 88.84 51089 | 1 0.03 88.88 51091 | 1 0.03 88.91 51093 | 1 0.03 88.94 51095 | 1 0.03 88.97 51097 | 1 0.03 89.00 51099 | 1 0.03 89.03 51101 | 1 0.03 89.06 51103 | 1 0.03 89.09 51105 | 1 0.03 89.12 51107 | 1 0.03 89.15 51109 | 1 0.03 89.18 51111 | 1 0.03 89.21 51113 | 1 0.03 89.24 51115 | 1 0.03 89.27 51117 | 1 0.03 89.30 51119 | 1 0.03 89.33 51121 | 1 0.03 89.36 51125 | 1 0.03 89.39 51127 | 1 0.03 89.42 51131 | 1 0.03 89.45 51133 | 1 0.03 89.48 51135 | 1 0.03 89.51 51137 | 1 0.03 89.54 51139 | 1 0.03 89.57 51141 | 1 0.03 89.60 51143 | 1 0.03 89.64 51145 | 1 0.03 89.67 51147 | 1 0.03 89.70 51149 | 1 0.03 89.73 51153 | 1 0.03 89.76 51155 | 1 0.03 89.79 51157 | 1 0.03 89.82 51159 | 1 0.03 89.85 51161 | 1 0.03 89.88 51163 | 1 0.03 89.91 51165 | 1 0.03 89.94 51167 | 1 0.03 89.97 51169 | 1 0.03 90.00 51171 | 1 0.03 90.03 51173 | 1 0.03 90.06 51175 | 1 0.03 90.09 51177 | 1 0.03 90.12 51179 | 1 0.03 90.15 51181 | 1 0.03 90.18 51183 | 1 0.03 90.21 51185 | 1 0.03 90.24 51187 | 1 0.03 90.27 51191 | 1 0.03 90.30 51193 | 1 0.03 90.33 51195 | 1 0.03 90.36 51197 | 1 0.03 90.40 51199 | 1 0.03 90.43 51510 | 1 0.03 90.46 51515 | 1 0.03 90.49 51520 | 1 0.03 90.52 51530 | 1 0.03 90.55 51540 | 1 0.03 90.58 51550 | 1 0.03 90.61 51560 | 1 0.03 90.64 51570 | 1 0.03 90.67 51580 | 1 0.03 90.70 51590 | 1 0.03 90.73 51595 | 1 0.03 90.76 51600 | 1 0.03 90.79 51610 | 1 0.03 90.82 51620 | 1 0.03 90.85 51630 | 1 0.03 90.88 51640 | 1 0.03 90.91 51650 | 1 0.03 90.94 51660 | 1 0.03 90.97 51670 | 1 0.03 91.00 51678 | 1 0.03 91.03 51680 | 1 0.03 91.06 51683 | 1 0.03 91.09 51685 | 1 0.03 91.12 51690 | 1 0.03 91.16 51695 | 1 0.03 91.19 51700 | 1 0.03 91.22 51710 | 1 0.03 91.25 51720 | 1 0.03 91.28 51730 | 1 0.03 91.31 51735 | 1 0.03 91.34 51740 | 1 0.03 91.37 51750 | 1 0.03 91.40 51760 | 1 0.03 91.43 51770 | 1 0.03 91.46 51775 | 1 0.03 91.49 51780 | 1 0.03 91.52 51790 | 1 0.03 91.55 51800 | 1 0.03 91.58 51810 | 1 0.03 91.61 51820 | 1 0.03 91.64 51830 | 1 0.03 91.67 51840 | 1 0.03 91.70 51990 | 1 0.03 91.73 53001 | 1 0.03 91.76 53003 | 1 0.03 91.79 53005 | 1 0.03 91.82 53007 | 1 0.03 91.85 53009 | 1 0.03 91.88 53011 | 1 0.03 91.91 53013 | 1 0.03 91.95 53015 | 1 0.03 91.98 53017 | 1 0.03 92.01 53019 | 1 0.03 92.04 53021 | 1 0.03 92.07 53023 | 1 0.03 92.10 53025 | 1 0.03 92.13 53027 | 1 0.03 92.16 53029 | 1 0.03 92.19 53031 | 1 0.03 92.22 53033 | 1 0.03 92.25 53035 | 1 0.03 92.28 53037 | 1 0.03 92.31 53039 | 1 0.03 92.34 53041 | 1 0.03 92.37 53043 | 1 0.03 92.40 53045 | 1 0.03 92.43 53047 | 1 0.03 92.46 53049 | 1 0.03 92.49 53051 | 1 0.03 92.52 53053 | 1 0.03 92.55 53055 | 1 0.03 92.58 53057 | 1 0.03 92.61 53059 | 1 0.03 92.64 53061 | 1 0.03 92.67 53063 | 1 0.03 92.71 53065 | 1 0.03 92.74 53067 | 1 0.03 92.77 53069 | 1 0.03 92.80 53071 | 1 0.03 92.83 53073 | 1 0.03 92.86 53075 | 1 0.03 92.89 53077 | 1 0.03 92.92 53990 | 1 0.03 92.95 54001 | 1 0.03 92.98 54003 | 1 0.03 93.01 54005 | 1 0.03 93.04 54007 | 1 0.03 93.07 54009 | 1 0.03 93.10 54011 | 1 0.03 93.13 54013 | 1 0.03 93.16 54015 | 1 0.03 93.19 54017 | 1 0.03 93.22 54019 | 1 0.03 93.25 54021 | 1 0.03 93.28 54023 | 1 0.03 93.31 54025 | 1 0.03 93.34 54027 | 1 0.03 93.37 54029 | 1 0.03 93.40 54031 | 1 0.03 93.43 54033 | 1 0.03 93.47 54035 | 1 0.03 93.50 54037 | 1 0.03 93.53 54039 | 1 0.03 93.56 54041 | 1 0.03 93.59 54043 | 1 0.03 93.62 54045 | 1 0.03 93.65 54047 | 1 0.03 93.68 54049 | 1 0.03 93.71 54051 | 1 0.03 93.74 54053 | 1 0.03 93.77 54055 | 1 0.03 93.80 54057 | 1 0.03 93.83 54059 | 1 0.03 93.86 54061 | 1 0.03 93.89 54063 | 1 0.03 93.92 54065 | 1 0.03 93.95 54067 | 1 0.03 93.98 54069 | 1 0.03 94.01 54071 | 1 0.03 94.04 54073 | 1 0.03 94.07 54075 | 1 0.03 94.10 54077 | 1 0.03 94.13 54079 | 1 0.03 94.16 54081 | 1 0.03 94.19 54083 | 1 0.03 94.22 54085 | 1 0.03 94.26 54087 | 1 0.03 94.29 54089 | 1 0.03 94.32 54091 | 1 0.03 94.35 54093 | 1 0.03 94.38 54095 | 1 0.03 94.41 54097 | 1 0.03 94.44 54099 | 1 0.03 94.47 54101 | 1 0.03 94.50 54103 | 1 0.03 94.53 54105 | 1 0.03 94.56 54107 | 1 0.03 94.59 54109 | 1 0.03 94.62 54990 | 1 0.03 94.65 55001 | 1 0.03 94.68 55003 | 1 0.03 94.71 55005 | 1 0.03 94.74 55007 | 1 0.03 94.77 55009 | 1 0.03 94.80 55011 | 1 0.03 94.83 55013 | 1 0.03 94.86 55015 | 1 0.03 94.89 55017 | 1 0.03 94.92 55019 | 1 0.03 94.95 55021 | 1 0.03 94.98 55023 | 1 0.03 95.02 55025 | 1 0.03 95.05 55027 | 1 0.03 95.08 55029 | 1 0.03 95.11 55031 | 1 0.03 95.14 55033 | 1 0.03 95.17 55035 | 1 0.03 95.20 55037 | 1 0.03 95.23 55039 | 1 0.03 95.26 55041 | 1 0.03 95.29 55043 | 1 0.03 95.32 55045 | 1 0.03 95.35 55047 | 1 0.03 95.38 55049 | 1 0.03 95.41 55051 | 1 0.03 95.44 55053 | 1 0.03 95.47 55055 | 1 0.03 95.50 55057 | 1 0.03 95.53 55059 | 1 0.03 95.56 55061 | 1 0.03 95.59 55063 | 1 0.03 95.62 55065 | 1 0.03 95.65 55067 | 1 0.03 95.68 55069 | 1 0.03 95.71 55071 | 1 0.03 95.74 55073 | 1 0.03 95.78 55075 | 1 0.03 95.81 55077 | 1 0.03 95.84 55078 | 1 0.03 95.87 55079 | 1 0.03 95.90 55081 | 1 0.03 95.93 55083 | 1 0.03 95.96 55085 | 1 0.03 95.99 55087 | 1 0.03 96.02 55089 | 1 0.03 96.05 55091 | 1 0.03 96.08 55093 | 1 0.03 96.11 55095 | 1 0.03 96.14 55097 | 1 0.03 96.17 55099 | 1 0.03 96.20 55101 | 1 0.03 96.23 55103 | 1 0.03 96.26 55105 | 1 0.03 96.29 55107 | 1 0.03 96.32 55109 | 1 0.03 96.35 55111 | 1 0.03 96.38 55113 | 1 0.03 96.41 55115 | 1 0.03 96.44 55117 | 1 0.03 96.47 55119 | 1 0.03 96.50 55121 | 1 0.03 96.53 55123 | 1 0.03 96.57 55125 | 1 0.03 96.60 55127 | 1 0.03 96.63 55129 | 1 0.03 96.66 55131 | 1 0.03 96.69 55133 | 1 0.03 96.72 55135 | 1 0.03 96.75 55137 | 1 0.03 96.78 55139 | 1 0.03 96.81 55141 | 1 0.03 96.84 55990 | 1 0.03 96.87 56001 | 1 0.03 96.90 56003 | 1 0.03 96.93 56005 | 1 0.03 96.96 56007 | 1 0.03 96.99 56009 | 1 0.03 97.02 56011 | 1 0.03 97.05 56013 | 1 0.03 97.08 56015 | 1 0.03 97.11 56017 | 1 0.03 97.14 56019 | 1 0.03 97.17 56021 | 1 0.03 97.20 56023 | 1 0.03 97.23 56025 | 1 0.03 97.26 56027 | 1 0.03 97.29 56029 | 1 0.03 97.33 56031 | 1 0.03 97.36 56033 | 1 0.03 97.39 56035 | 1 0.03 97.42 56037 | 1 0.03 97.45 56039 | 1 0.03 97.48 56041 | 1 0.03 97.51 56043 | 1 0.03 97.54 56045 | 1 0.03 97.57 56990 | 1 0.03 97.60 72001 | 1 0.03 97.63 72003 | 1 0.03 97.66 72005 | 1 0.03 97.69 72007 | 1 0.03 97.72 72009 | 1 0.03 97.75 72011 | 1 0.03 97.78 72013 | 1 0.03 97.81 72015 | 1 0.03 97.84 72017 | 1 0.03 97.87 72019 | 1 0.03 97.90 72021 | 1 0.03 97.93 72023 | 1 0.03 97.96 72025 | 1 0.03 97.99 72027 | 1 0.03 98.02 72029 | 1 0.03 98.05 72031 | 1 0.03 98.09 72033 | 1 0.03 98.12 72035 | 1 0.03 98.15 72037 | 1 0.03 98.18 72039 | 1 0.03 98.21 72041 | 1 0.03 98.24 72043 | 1 0.03 98.27 72045 | 1 0.03 98.30 72047 | 1 0.03 98.33 72049 | 1 0.03 98.36 72051 | 1 0.03 98.39 72053 | 1 0.03 98.42 72054 | 1 0.03 98.45 72055 | 1 0.03 98.48 72057 | 1 0.03 98.51 72059 | 1 0.03 98.54 72061 | 1 0.03 98.57 72063 | 1 0.03 98.60 72065 | 1 0.03 98.63 72067 | 1 0.03 98.66 72069 | 1 0.03 98.69 72071 | 1 0.03 98.72 72073 | 1 0.03 98.75 72075 | 1 0.03 98.78 72077 | 1 0.03 98.81 72079 | 1 0.03 98.84 72081 | 1 0.03 98.88 72083 | 1 0.03 98.91 72085 | 1 0.03 98.94 72087 | 1 0.03 98.97 72089 | 1 0.03 99.00 72091 | 1 0.03 99.03 72093 | 1 0.03 99.06 72095 | 1 0.03 99.09 72097 | 1 0.03 99.12 72099 | 1 0.03 99.15 72101 | 1 0.03 99.18 72103 | 1 0.03 99.21 72105 | 1 0.03 99.24 72107 | 1 0.03 99.27 72109 | 1 0.03 99.30 72111 | 1 0.03 99.33 72113 | 1 0.03 99.36 72115 | 1 0.03 99.39 72117 | 1 0.03 99.42 72119 | 1 0.03 99.45 72121 | 1 0.03 99.48 72123 | 1 0.03 99.51 72125 | 1 0.03 99.54 72127 | 1 0.03 99.57 72129 | 1 0.03 99.60 72131 | 1 0.03 99.64 72133 | 1 0.03 99.67 72135 | 1 0.03 99.70 72137 | 1 0.03 99.73 72139 | 1 0.03 99.76 72141 | 1 0.03 99.79 72143 | 1 0.03 99.82 72145 | 1 0.03 99.85 72147 | 1 0.03 99.88 72149 | 1 0.03 99.91 72151 | 1 0.03 99.94 72153 | 1 0.03 99.97 72990 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_1 variable in msabea dataset : FIPS | Metropolita | n | Freq. Percent Cum. ------------+----------------------------------- | 2,520 76.60 76.60 0040 | 1 0.03 76.63 0060 | 4 0.12 76.75 0080 | 2 0.06 76.81 0120 | 2 0.06 76.87 0160 | 6 0.18 77.05 0200 | 1 0.03 77.08 0220 | 1 0.03 77.11 0240 | 4 0.12 77.23 0275 | 2 0.06 77.29 0280 | 1 0.03 77.33 0320 | 2 0.06 77.39 0360 | 1 0.03 77.42 0380 | 1 0.03 77.45 0400 | 1 0.03 77.48 0405 | 1 0.03 77.51 0440 | 1 0.03 77.54 0450 | 1 0.03 77.57 0460 | 3 0.09 77.66 0470 | 4 0.12 77.78 0480 | 1 0.03 77.81 0500 | 4 0.12 77.93 0520 | 18 0.55 78.48 0560 | 2 0.06 78.54 0600 | 4 0.12 78.66 0620 | 2 0.06 78.72 0640 | 3 0.09 78.81 0680 | 1 0.03 78.84 0720 | 7 0.21 79.06 0733 | 1 0.03 79.09 0760 | 4 0.12 79.21 0780 | 1 0.03 79.24 0840 | 3 0.09 79.33 0845 | 1 0.03 79.36 0860 | 1 0.03 79.39 0870 | 1 0.03 79.42 0875 | 2 0.06 79.48 0880 | 1 0.03 79.51 0920 | 2 0.06 79.57 0960 | 2 0.06 79.64 1000 | 5 0.15 79.79 1010 | 2 0.06 79.85 1020 | 1 0.03 79.88 1040 | 1 0.03 79.91 1080 | 1 0.03 79.94 1123 | 5 0.15 80.09 1125 | 1 0.03 80.12 1140 | 1 0.03 80.15 1145 | 1 0.03 80.18 1150 | 1 0.03 80.21 1163 | 1 0.03 80.24 1240 | 1 0.03 80.27 1260 | 1 0.03 80.30 1280 | 1 0.03 80.33 1300 | 1 0.03 80.36 1303 | 2 0.06 80.43 1310 | 3 0.09 80.52 1320 | 2 0.06 80.58 1350 | 1 0.03 80.61 1360 | 1 0.03 80.64 1400 | 1 0.03 80.67 1440 | 3 0.09 80.76 1480 | 2 0.06 80.82 1520 | 7 0.21 81.03 1540 | 4 0.12 81.16 1560 | 6 0.18 81.34 1600 | 3 0.09 81.43 1620 | 1 0.03 81.46 1640 | 7 0.21 81.67 1660 | 2 0.06 81.73 1680 | 4 0.12 81.85 1720 | 1 0.03 81.88 1740 | 1 0.03 81.91 1760 | 2 0.06 81.98 1800 | 3 0.09 82.07 1840 | 7 0.21 82.28 1880 | 2 0.06 82.34 1900 | 2 0.06 82.40 1920 | 6 0.18 82.58 1950 | 2 0.06 82.64 1960 | 3 0.09 82.74 2000 | 4 0.12 82.86 2020 | 1 0.03 82.89 2040 | 1 0.03 82.92 2080 | 5 0.15 83.07 2120 | 3 0.09 83.16 2160 | 7 0.21 83.37 2180 | 2 0.06 83.43 2200 | 1 0.03 83.47 2240 | 2 0.06 83.53 2285 | 2 0.06 83.59 2290 | 2 0.06 83.65 2320 | 1 0.03 83.68 2330 | 1 0.03 83.71 2335 | 1 0.03 83.74 2340 | 1 0.03 83.77 2360 | 1 0.03 83.80 2400 | 1 0.03 83.83 2440 | 4 0.12 83.95 2520 | 2 0.06 84.01 2560 | 1 0.03 84.04 2580 | 1 0.03 84.07 2640 | 1 0.03 84.10 2650 | 2 0.06 84.16 2655 | 1 0.03 84.19 2670 | 1 0.03 84.22 2680 | 1 0.03 84.26 2700 | 1 0.03 84.29 2710 | 2 0.06 84.35 2720 | 3 0.09 84.44 2750 | 1 0.03 84.47 2760 | 3 0.09 84.56 2800 | 3 0.09 84.65 2840 | 1 0.03 84.68 2880 | 1 0.03 84.71 2900 | 2 0.06 84.77 2920 | 1 0.03 84.80 2960 | 2 0.06 84.86 2975 | 2 0.06 84.92 2985 | 1 0.03 84.95 3000 | 2 0.06 85.02 3040 | 1 0.03 85.05 3060 | 1 0.03 85.08 3080 | 1 0.03 85.11 3120 | 7 0.21 85.32 3160 | 3 0.09 85.41 3180 | 1 0.03 85.44 3200 | 1 0.03 85.47 3240 | 4 0.12 85.59 3283 | 4 0.12 85.71 3290 | 3 0.09 85.81 3320 | 1 0.03 85.84 3350 | 2 0.06 85.90 3360 | 5 0.15 86.05 3400 | 6 0.18 86.23 3440 | 1 0.03 86.26 3480 | 8 0.24 86.50 3500 | 1 0.03 86.53 3520 | 1 0.03 86.57 3560 | 3 0.09 86.66 3600 | 4 0.12 86.78 3605 | 1 0.03 86.81 3620 | 1 0.03 86.84 3640 | 1 0.03 86.87 3660 | 8 0.24 87.11 3680 | 2 0.06 87.17 3690 | 2 0.06 87.23 3710 | 2 0.06 87.29 3720 | 1 0.03 87.33 3740 | 1 0.03 87.36 3755 | 4 0.12 87.48 3760 | 6 0.18 87.66 3800 | 1 0.03 87.69 3810 | 2 0.06 87.75 3840 | 7 0.21 87.96 3850 | 2 0.06 88.02 3870 | 1 0.03 88.05 3880 | 2 0.06 88.12 3920 | 1 0.03 88.15 3960 | 1 0.03 88.18 3965 | 1 0.03 88.21 3980 | 1 0.03 88.24 4000 | 1 0.03 88.27 4040 | 3 0.09 88.36 4080 | 1 0.03 88.39 4100 | 1 0.03 88.42 4120 | 1 0.03 88.45 4150 | 1 0.03 88.48 4200 | 1 0.03 88.51 4243 | 1 0.03 88.54 4280 | 6 0.18 88.72 4320 | 2 0.06 88.78 4360 | 1 0.03 88.81 4400 | 4 0.12 88.94 4420 | 2 0.06 89.00 4440 | 1 0.03 89.03 4480 | 2 0.06 89.09 4520 | 7 0.21 89.30 4600 | 1 0.03 89.33 4640 | 3 0.09 89.42 4680 | 4 0.12 89.54 4720 | 1 0.03 89.57 4763 | 2 0.06 89.64 4800 | 1 0.03 89.67 4840 | 5 0.15 89.82 4880 | 1 0.03 89.85 4890 | 1 0.03 89.88 4900 | 1 0.03 89.91 4920 | 4 0.12 90.03 5000 | 2 0.06 90.09 5015 | 3 0.09 90.18 5040 | 1 0.03 90.21 5080 | 4 0.12 90.33 5120 | 11 0.33 90.67 5160 | 2 0.06 90.73 5170 | 1 0.03 90.76 5190 | 2 0.06 90.82 5200 | 1 0.03 90.85 5240 | 3 0.09 90.94 5280 | 1 0.03 90.97 5320 | 1 0.03 91.00 5360 | 8 0.24 91.25 5380 | 2 0.06 91.31 5403 | 1 0.03 91.34 5483 | 1 0.03 91.37 5523 | 1 0.03 91.40 5560 | 6 0.18 91.58 5600 | 8 0.24 91.82 5640 | 4 0.12 91.95 5700 | 1 0.03 91.98 5720 | 12 0.36 92.34 5775 | 2 0.06 92.40 5790 | 1 0.03 92.43 5800 | 1 0.03 92.46 5880 | 6 0.18 92.64 5910 | 1 0.03 92.67 5920 | 4 0.12 92.80 5950 | 1 0.03 92.83 5960 | 3 0.09 92.92 5990 | 1 0.03 92.95 6000 | 1 0.03 92.98 6015 | 1 0.03 93.01 6020 | 2 0.06 93.07 6025 | 1 0.03 93.10 6080 | 2 0.06 93.16 6120 | 3 0.09 93.25 6160 | 8 0.24 93.50 6200 | 1 0.03 93.53 6240 | 1 0.03 93.56 6280 | 4 0.12 93.68 6323 | 1 0.03 93.71 6360 | 2 0.06 93.77 6403 | 3 0.09 93.86 6440 | 4 0.12 93.98 6453 | 2 0.06 94.04 6460 | 1 0.03 94.07 6483 | 6 0.18 94.26 6520 | 1 0.03 94.29 6560 | 1 0.03 94.32 6600 | 1 0.03 94.35 6640 | 4 0.12 94.47 6680 | 1 0.03 94.50 6690 | 1 0.03 94.53 6720 | 1 0.03 94.56 6740 | 2 0.06 94.62 6760 | 13 0.40 95.02 6780 | 2 0.06 95.08 6800 | 4 0.12 95.20 6820 | 1 0.03 95.23 6840 | 5 0.15 95.38 6880 | 2 0.06 95.44 6920 | 4 0.12 95.56 6960 | 3 0.09 95.65 6980 | 3 0.09 95.74 7000 | 1 0.03 95.78 7040 | 6 0.18 95.96 7080 | 2 0.06 96.02 7120 | 1 0.03 96.05 7160 | 3 0.09 96.14 7200 | 1 0.03 96.17 7240 | 3 0.09 96.26 7320 | 1 0.03 96.29 7360 | 3 0.09 96.38 7400 | 1 0.03 96.41 7440 | 9 0.27 96.69 7480 | 1 0.03 96.72 7485 | 1 0.03 96.75 7500 | 1 0.03 96.78 7510 | 1 0.03 96.81 7520 | 2 0.06 96.87 7560 | 5 0.15 97.02 7600 | 2 0.06 97.08 7610 | 1 0.03 97.11 7620 | 1 0.03 97.14 7640 | 1 0.03 97.17 7680 | 2 0.06 97.23 7720 | 2 0.06 97.29 7760 | 1 0.03 97.33 7800 | 1 0.03 97.36 7840 | 1 0.03 97.39 7880 | 2 0.06 97.45 7920 | 2 0.06 97.51 8003 | 2 0.06 97.57 8050 | 1 0.03 97.60 8080 | 3 0.09 97.69 8120 | 1 0.03 97.72 8160 | 3 0.09 97.81 8200 | 1 0.03 97.84 8240 | 2 0.06 97.90 8280 | 4 0.12 98.02 8320 | 2 0.06 98.09 8360 | 2 0.06 98.15 8400 | 3 0.09 98.24 8440 | 1 0.03 98.27 8480 | 1 0.03 98.30 8520 | 1 0.03 98.33 8560 | 5 0.15 98.48 8600 | 1 0.03 98.51 8640 | 1 0.03 98.54 8680 | 2 0.06 98.60 8720 | 2 0.06 98.66 8725 | 1 0.03 98.69 8750 | 1 0.03 98.72 8760 | 1 0.03 98.75 8780 | 1 0.03 98.78 8800 | 1 0.03 98.81 8840 | 16 0.49 99.30 8920 | 2 0.06 99.36 8940 | 1 0.03 99.39 8960 | 1 0.03 99.42 9000 | 3 0.09 99.51 9040 | 2 0.06 99.57 9080 | 1 0.03 99.60 9140 | 1 0.03 99.64 9160 | 3 0.09 99.73 9200 | 1 0.03 99.76 9243 | 1 0.03 99.79 9260 | 1 0.03 99.82 9280 | 2 0.06 99.88 9320 | 2 0.06 99.94 9340 | 2 0.06 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for astersk47 variable in msabea dataset : '*' - | Deemed | Urban | Freq. Percent Cum. ------------+----------------------------------- | 3,290 100.00 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_2 variable in msabea dataset : FIPS | Metropolita | n | Freq. Percent Cum. ------------+----------------------------------- | 2,517 76.50 76.50 0040 | 1 0.03 76.53 0060 | 4 0.12 76.66 0080 | 2 0.06 76.72 0120 | 2 0.06 76.78 0160 | 6 0.18 76.96 0200 | 1 0.03 76.99 0220 | 1 0.03 77.02 0240 | 4 0.12 77.14 0275 | 2 0.06 77.20 0280 | 1 0.03 77.23 0320 | 2 0.06 77.29 0360 | 1 0.03 77.33 0380 | 1 0.03 77.36 0400 | 1 0.03 77.39 0405 | 1 0.03 77.42 0440 | 1 0.03 77.45 0450 | 1 0.03 77.48 0460 | 3 0.09 77.57 0470 | 4 0.12 77.69 0480 | 1 0.03 77.72 0500 | 4 0.12 77.84 0520 | 18 0.55 78.39 0560 | 2 0.06 78.45 0600 | 4 0.12 78.57 0620 | 2 0.06 78.63 0640 | 3 0.09 78.72 0680 | 1 0.03 78.75 0720 | 7 0.21 78.97 0733 | 1 0.03 79.00 0760 | 4 0.12 79.12 0780 | 1 0.03 79.15 0840 | 3 0.09 79.24 0845 | 1 0.03 79.27 0860 | 1 0.03 79.30 0870 | 1 0.03 79.33 0875 | 2 0.06 79.39 0880 | 1 0.03 79.42 0920 | 2 0.06 79.48 0960 | 2 0.06 79.54 1000 | 5 0.15 79.70 1010 | 2 0.06 79.76 1020 | 1 0.03 79.79 1040 | 1 0.03 79.82 1080 | 1 0.03 79.85 1123 | 5 0.15 80.00 1125 | 1 0.03 80.03 1140 | 1 0.03 80.06 1145 | 1 0.03 80.09 1150 | 1 0.03 80.12 1163 | 1 0.03 80.15 1240 | 1 0.03 80.18 1260 | 1 0.03 80.21 1280 | 1 0.03 80.24 1300 | 1 0.03 80.27 1303 | 2 0.06 80.33 1310 | 3 0.09 80.43 1320 | 2 0.06 80.49 1350 | 1 0.03 80.52 1360 | 1 0.03 80.55 1400 | 1 0.03 80.58 1440 | 3 0.09 80.67 1480 | 2 0.06 80.73 1520 | 7 0.21 80.94 1540 | 4 0.12 81.06 1560 | 6 0.18 81.25 1600 | 3 0.09 81.34 1620 | 1 0.03 81.37 1640 | 7 0.21 81.58 1660 | 2 0.06 81.64 1680 | 4 0.12 81.76 1720 | 1 0.03 81.79 1740 | 1 0.03 81.82 1760 | 2 0.06 81.88 1800 | 3 0.09 81.98 1840 | 7 0.21 82.19 1880 | 2 0.06 82.25 1900 | 2 0.06 82.31 1920 | 6 0.18 82.49 1950 | 2 0.06 82.55 1960 | 3 0.09 82.64 2000 | 4 0.12 82.77 2020 | 1 0.03 82.80 2040 | 1 0.03 82.83 2080 | 5 0.15 82.98 2120 | 3 0.09 83.07 2160 | 7 0.21 83.28 2180 | 2 0.06 83.34 2200 | 1 0.03 83.37 2240 | 2 0.06 83.43 2285 | 2 0.06 83.50 2290 | 2 0.06 83.56 2320 | 1 0.03 83.59 2330 | 1 0.03 83.62 2335 | 1 0.03 83.65 2340 | 1 0.03 83.68 2360 | 1 0.03 83.71 2400 | 1 0.03 83.74 2440 | 4 0.12 83.86 2520 | 2 0.06 83.92 2560 | 1 0.03 83.95 2580 | 1 0.03 83.98 2640 | 1 0.03 84.01 2650 | 2 0.06 84.07 2655 | 1 0.03 84.10 2670 | 1 0.03 84.13 2680 | 1 0.03 84.16 2700 | 1 0.03 84.19 2710 | 2 0.06 84.26 2720 | 3 0.09 84.35 2750 | 1 0.03 84.38 2760 | 3 0.09 84.47 2800 | 3 0.09 84.56 2840 | 1 0.03 84.59 2880 | 1 0.03 84.62 2900 | 2 0.06 84.68 2920 | 1 0.03 84.71 2960 | 2 0.06 84.77 2975 | 2 0.06 84.83 2985 | 1 0.03 84.86 3000 | 2 0.06 84.92 3040 | 1 0.03 84.95 3060 | 1 0.03 84.98 3080 | 1 0.03 85.02 3120 | 7 0.21 85.23 3160 | 3 0.09 85.32 3180 | 1 0.03 85.35 3200 | 1 0.03 85.38 3240 | 4 0.12 85.50 3283 | 4 0.12 85.62 3290 | 3 0.09 85.71 3320 | 1 0.03 85.74 3350 | 2 0.06 85.81 3360 | 5 0.15 85.96 3400 | 6 0.18 86.14 3440 | 1 0.03 86.17 3480 | 8 0.24 86.41 3500 | 1 0.03 86.44 3520 | 1 0.03 86.47 3560 | 3 0.09 86.57 3600 | 4 0.12 86.69 3605 | 1 0.03 86.72 3620 | 1 0.03 86.75 3640 | 1 0.03 86.78 3660 | 8 0.24 87.02 3680 | 2 0.06 87.08 3690 | 2 0.06 87.14 3710 | 2 0.06 87.20 3720 | 1 0.03 87.23 3740 | 1 0.03 87.26 3760 | 10 0.30 87.57 3800 | 1 0.03 87.60 3810 | 2 0.06 87.66 3840 | 7 0.21 87.87 3850 | 2 0.06 87.93 3870 | 1 0.03 87.96 3880 | 2 0.06 88.02 3920 | 1 0.03 88.05 3960 | 1 0.03 88.09 3965 | 1 0.03 88.12 3980 | 1 0.03 88.15 4000 | 1 0.03 88.18 4040 | 3 0.09 88.27 4080 | 1 0.03 88.30 4100 | 1 0.03 88.33 4120 | 1 0.03 88.36 4150 | 1 0.03 88.39 4200 | 1 0.03 88.42 4243 | 1 0.03 88.45 4280 | 6 0.18 88.63 4320 | 2 0.06 88.69 4360 | 1 0.03 88.72 4400 | 4 0.12 88.84 4420 | 2 0.06 88.91 4440 | 1 0.03 88.94 4480 | 2 0.06 89.00 4520 | 7 0.21 89.21 4600 | 1 0.03 89.24 4640 | 3 0.09 89.33 4680 | 4 0.12 89.45 4720 | 1 0.03 89.48 4763 | 2 0.06 89.54 4800 | 1 0.03 89.57 4840 | 5 0.15 89.73 4880 | 1 0.03 89.76 4890 | 1 0.03 89.79 4900 | 1 0.03 89.82 4920 | 4 0.12 89.94 5000 | 2 0.06 90.00 5015 | 3 0.09 90.09 5040 | 1 0.03 90.12 5080 | 4 0.12 90.24 5120 | 11 0.33 90.58 5160 | 2 0.06 90.64 5170 | 1 0.03 90.67 5190 | 2 0.06 90.73 5200 | 1 0.03 90.76 5240 | 3 0.09 90.85 5280 | 1 0.03 90.88 5320 | 1 0.03 90.91 5345 | 1 0.03 90.94 5360 | 8 0.24 91.19 5380 | 2 0.06 91.25 5403 | 1 0.03 91.28 5483 | 1 0.03 91.31 5523 | 1 0.03 91.34 5560 | 6 0.18 91.52 5600 | 8 0.24 91.76 5640 | 4 0.12 91.88 5700 | 1 0.03 91.91 5720 | 12 0.36 92.28 5775 | 2 0.06 92.34 5790 | 1 0.03 92.37 5800 | 1 0.03 92.40 5880 | 6 0.18 92.58 5910 | 1 0.03 92.61 5920 | 4 0.12 92.74 5950 | 1 0.03 92.77 5960 | 3 0.09 92.86 5990 | 1 0.03 92.89 6000 | 1 0.03 92.92 6015 | 1 0.03 92.95 6020 | 2 0.06 93.01 6025 | 1 0.03 93.04 6080 | 2 0.06 93.10 6120 | 3 0.09 93.19 6160 | 8 0.24 93.43 6200 | 1 0.03 93.47 6240 | 1 0.03 93.50 6280 | 4 0.12 93.62 6323 | 1 0.03 93.65 6360 | 2 0.06 93.71 6403 | 3 0.09 93.80 6440 | 4 0.12 93.92 6453 | 2 0.06 93.98 6460 | 1 0.03 94.01 6483 | 6 0.18 94.19 6520 | 1 0.03 94.22 6560 | 1 0.03 94.26 6600 | 1 0.03 94.29 6640 | 4 0.12 94.41 6680 | 1 0.03 94.44 6690 | 1 0.03 94.47 6720 | 1 0.03 94.50 6740 | 2 0.06 94.56 6760 | 13 0.40 94.95 6780 | 2 0.06 95.02 6800 | 4 0.12 95.14 6820 | 1 0.03 95.17 6840 | 5 0.15 95.32 6880 | 2 0.06 95.38 6920 | 4 0.12 95.50 6960 | 3 0.09 95.59 6980 | 3 0.09 95.68 7000 | 1 0.03 95.71 7040 | 6 0.18 95.90 7080 | 2 0.06 95.96 7120 | 1 0.03 95.99 7160 | 3 0.09 96.08 7200 | 1 0.03 96.11 7240 | 3 0.09 96.20 7320 | 1 0.03 96.23 7360 | 3 0.09 96.32 7400 | 1 0.03 96.35 7440 | 9 0.27 96.63 7480 | 1 0.03 96.66 7485 | 1 0.03 96.69 7490 | 2 0.06 96.75 7500 | 1 0.03 96.78 7510 | 1 0.03 96.81 7520 | 2 0.06 96.87 7560 | 5 0.15 97.02 7600 | 2 0.06 97.08 7610 | 1 0.03 97.11 7620 | 1 0.03 97.14 7640 | 1 0.03 97.17 7680 | 2 0.06 97.23 7720 | 2 0.06 97.29 7760 | 1 0.03 97.33 7800 | 1 0.03 97.36 7840 | 1 0.03 97.39 7880 | 2 0.06 97.45 7920 | 2 0.06 97.51 8003 | 2 0.06 97.57 8050 | 1 0.03 97.60 8080 | 3 0.09 97.69 8120 | 1 0.03 97.72 8160 | 3 0.09 97.81 8200 | 1 0.03 97.84 8240 | 2 0.06 97.90 8280 | 4 0.12 98.02 8320 | 2 0.06 98.09 8360 | 2 0.06 98.15 8400 | 3 0.09 98.24 8440 | 1 0.03 98.27 8480 | 1 0.03 98.30 8520 | 1 0.03 98.33 8560 | 5 0.15 98.48 8600 | 1 0.03 98.51 8640 | 1 0.03 98.54 8680 | 2 0.06 98.60 8720 | 2 0.06 98.66 8725 | 1 0.03 98.69 8750 | 1 0.03 98.72 8760 | 1 0.03 98.75 8780 | 1 0.03 98.78 8800 | 1 0.03 98.81 8840 | 16 0.49 99.30 8920 | 2 0.06 99.36 8940 | 1 0.03 99.39 8960 | 1 0.03 99.42 9000 | 3 0.09 99.51 9040 | 2 0.06 99.57 9080 | 1 0.03 99.60 9140 | 1 0.03 99.64 9160 | 3 0.09 99.73 9200 | 1 0.03 99.76 9243 | 1 0.03 99.79 9260 | 1 0.03 99.82 9280 | 2 0.06 99.88 9320 | 2 0.06 99.94 9340 | 2 0.06 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for astersk53 variable in msabea dataset : '*' - | Deemed | Urban | Freq. Percent Cum. ------------+----------------------------------- | 3,290 100.00 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_3 variable in msabea dataset : FIPS | Metropolita | n | Freq. Percent Cum. ------------+----------------------------------- | 2,508 76.23 76.23 0040 | 1 0.03 76.26 0060 | 4 0.12 76.38 0080 | 2 0.06 76.44 0120 | 2 0.06 76.50 0160 | 6 0.18 76.69 0200 | 1 0.03 76.72 0220 | 1 0.03 76.75 0240 | 4 0.12 76.87 0280 | 1 0.03 76.90 0320 | 2 0.06 76.96 0360 | 1 0.03 76.99 0380 | 1 0.03 77.02 0400 | 1 0.03 77.05 0405 | 1 0.03 77.08 0440 | 1 0.03 77.11 0450 | 1 0.03 77.14 0460 | 3 0.09 77.23 0470 | 4 0.12 77.36 0480 | 1 0.03 77.39 0500 | 4 0.12 77.51 0520 | 18 0.55 78.05 0560 | 2 0.06 78.12 0600 | 4 0.12 78.24 0620 | 2 0.06 78.30 0640 | 3 0.09 78.39 0680 | 1 0.03 78.42 0720 | 7 0.21 78.63 0733 | 1 0.03 78.66 0760 | 4 0.12 78.78 0780 | 1 0.03 78.81 0840 | 3 0.09 78.91 0845 | 1 0.03 78.94 0860 | 1 0.03 78.97 0870 | 1 0.03 79.00 0875 | 2 0.06 79.06 0880 | 1 0.03 79.09 0920 | 2 0.06 79.15 0960 | 2 0.06 79.21 1000 | 5 0.15 79.36 1010 | 2 0.06 79.42 1020 | 1 0.03 79.45 1040 | 1 0.03 79.48 1080 | 1 0.03 79.51 1123 | 5 0.15 79.67 1125 | 1 0.03 79.70 1140 | 1 0.03 79.73 1145 | 1 0.03 79.76 1150 | 1 0.03 79.79 1163 | 1 0.03 79.82 1240 | 1 0.03 79.85 1260 | 1 0.03 79.88 1280 | 1 0.03 79.91 1300 | 1 0.03 79.94 1303 | 2 0.06 80.00 1310 | 4 0.12 80.12 1320 | 2 0.06 80.18 1350 | 1 0.03 80.21 1360 | 1 0.03 80.24 1400 | 1 0.03 80.27 1440 | 3 0.09 80.36 1480 | 2 0.06 80.43 1520 | 7 0.21 80.64 1540 | 4 0.12 80.76 1560 | 6 0.18 80.94 1580 | 1 0.03 80.97 1600 | 3 0.09 81.06 1620 | 1 0.03 81.09 1640 | 7 0.21 81.31 1660 | 2 0.06 81.37 1680 | 4 0.12 81.49 1720 | 1 0.03 81.52 1740 | 1 0.03 81.55 1760 | 2 0.06 81.61 1800 | 3 0.09 81.70 1840 | 7 0.21 81.91 1880 | 2 0.06 81.98 1900 | 2 0.06 82.04 1920 | 6 0.18 82.22 1950 | 2 0.06 82.28 1960 | 3 0.09 82.37 2000 | 4 0.12 82.49 2020 | 1 0.03 82.52 2040 | 1 0.03 82.55 2080 | 5 0.15 82.71 2120 | 3 0.09 82.80 2160 | 7 0.21 83.01 2180 | 2 0.06 83.07 2200 | 1 0.03 83.10 2240 | 2 0.06 83.16 2290 | 2 0.06 83.22 2320 | 1 0.03 83.25 2330 | 1 0.03 83.28 2335 | 1 0.03 83.31 2340 | 1 0.03 83.34 2360 | 1 0.03 83.37 2400 | 1 0.03 83.40 2440 | 4 0.12 83.53 2520 | 2 0.06 83.59 2560 | 1 0.03 83.62 2580 | 1 0.03 83.65 2640 | 2 0.06 83.71 2650 | 2 0.06 83.77 2655 | 1 0.03 83.80 2670 | 1 0.03 83.83 2680 | 1 0.03 83.86 2700 | 1 0.03 83.89 2710 | 2 0.06 83.95 2720 | 3 0.09 84.04 2750 | 1 0.03 84.07 2760 | 3 0.09 84.16 2800 | 3 0.09 84.26 2840 | 1 0.03 84.29 2880 | 1 0.03 84.32 2900 | 2 0.06 84.38 2920 | 1 0.03 84.41 2960 | 2 0.06 84.47 2975 | 2 0.06 84.53 2985 | 1 0.03 84.56 3000 | 2 0.06 84.62 3040 | 1 0.03 84.65 3060 | 1 0.03 84.68 3080 | 1 0.03 84.71 3120 | 7 0.21 84.92 3160 | 3 0.09 85.02 3180 | 1 0.03 85.05 3200 | 1 0.03 85.08 3240 | 4 0.12 85.20 3283 | 4 0.12 85.32 3290 | 3 0.09 85.41 3320 | 1 0.03 85.44 3350 | 2 0.06 85.50 3360 | 5 0.15 85.65 3400 | 6 0.18 85.84 3440 | 1 0.03 85.87 3480 | 8 0.24 86.11 3500 | 1 0.03 86.14 3520 | 1 0.03 86.17 3560 | 3 0.09 86.26 3580 | 1 0.03 86.29 3600 | 4 0.12 86.41 3605 | 1 0.03 86.44 3620 | 1 0.03 86.47 3640 | 1 0.03 86.50 3660 | 8 0.24 86.75 3680 | 2 0.06 86.81 3690 | 2 0.06 86.87 3710 | 2 0.06 86.93 3720 | 1 0.03 86.96 3740 | 1 0.03 86.99 3760 | 10 0.30 87.29 3800 | 1 0.03 87.33 3810 | 2 0.06 87.39 3840 | 7 0.21 87.60 3850 | 2 0.06 87.66 3870 | 1 0.03 87.69 3880 | 2 0.06 87.75 3920 | 1 0.03 87.78 3960 | 1 0.03 87.81 3965 | 1 0.03 87.84 3980 | 1 0.03 87.87 4000 | 1 0.03 87.90 4040 | 3 0.09 87.99 4080 | 1 0.03 88.02 4100 | 1 0.03 88.05 4120 | 1 0.03 88.09 4150 | 1 0.03 88.12 4200 | 1 0.03 88.15 4243 | 1 0.03 88.18 4280 | 6 0.18 88.36 4320 | 2 0.06 88.42 4360 | 1 0.03 88.45 4400 | 4 0.12 88.57 4420 | 2 0.06 88.63 4440 | 1 0.03 88.66 4480 | 2 0.06 88.72 4520 | 7 0.21 88.94 4600 | 1 0.03 88.97 4640 | 3 0.09 89.06 4680 | 4 0.12 89.18 4720 | 1 0.03 89.21 4763 | 2 0.06 89.27 4800 | 1 0.03 89.30 4840 | 5 0.15 89.45 4880 | 1 0.03 89.48 4890 | 1 0.03 89.51 4900 | 1 0.03 89.54 4920 | 4 0.12 89.67 4940 | 1 0.03 89.70 5000 | 2 0.06 89.76 5015 | 3 0.09 89.85 5040 | 1 0.03 89.88 5080 | 4 0.12 90.00 5120 | 11 0.33 90.33 5160 | 2 0.06 90.40 5170 | 1 0.03 90.43 5190 | 2 0.06 90.49 5200 | 1 0.03 90.52 5240 | 3 0.09 90.61 5280 | 1 0.03 90.64 5320 | 1 0.03 90.67 5345 | 1 0.03 90.70 5360 | 8 0.24 90.94 5380 | 2 0.06 91.00 5403 | 1 0.03 91.03 5483 | 1 0.03 91.06 5523 | 1 0.03 91.09 5560 | 6 0.18 91.28 5600 | 8 0.24 91.52 5640 | 4 0.12 91.64 5700 | 1 0.03 91.67 5720 | 12 0.36 92.04 5775 | 2 0.06 92.10 5790 | 1 0.03 92.13 5800 | 1 0.03 92.16 5880 | 6 0.18 92.34 5910 | 1 0.03 92.37 5920 | 4 0.12 92.49 5950 | 1 0.03 92.52 5960 | 3 0.09 92.61 5990 | 1 0.03 92.64 6000 | 1 0.03 92.67 6015 | 1 0.03 92.71 6020 | 2 0.06 92.77 6025 | 1 0.03 92.80 6080 | 2 0.06 92.86 6120 | 3 0.09 92.95 6160 | 8 0.24 93.19 6200 | 1 0.03 93.22 6240 | 1 0.03 93.25 6280 | 4 0.12 93.37 6323 | 1 0.03 93.40 6360 | 2 0.06 93.47 6403 | 3 0.09 93.56 6440 | 4 0.12 93.68 6453 | 2 0.06 93.74 6460 | 1 0.03 93.77 6483 | 6 0.18 93.95 6520 | 1 0.03 93.98 6560 | 1 0.03 94.01 6600 | 1 0.03 94.04 6640 | 4 0.12 94.16 6660 | 1 0.03 94.19 6680 | 1 0.03 94.22 6690 | 1 0.03 94.26 6720 | 1 0.03 94.29 6740 | 2 0.06 94.35 6760 | 13 0.40 94.74 6780 | 2 0.06 94.80 6800 | 4 0.12 94.92 6820 | 1 0.03 94.95 6840 | 5 0.15 95.11 6880 | 2 0.06 95.17 6920 | 4 0.12 95.29 6960 | 3 0.09 95.38 6980 | 3 0.09 95.47 7000 | 1 0.03 95.50 7040 | 10 0.30 95.81 7080 | 2 0.06 95.87 7120 | 1 0.03 95.90 7160 | 3 0.09 95.99 7200 | 1 0.03 96.02 7240 | 3 0.09 96.11 7320 | 1 0.03 96.14 7360 | 3 0.09 96.23 7400 | 1 0.03 96.26 7440 | 11 0.33 96.60 7480 | 1 0.03 96.63 7485 | 1 0.03 96.66 7490 | 2 0.06 96.72 7500 | 1 0.03 96.75 7510 | 1 0.03 96.78 7520 | 2 0.06 96.84 7560 | 5 0.15 96.99 7600 | 2 0.06 97.05 7610 | 1 0.03 97.08 7620 | 1 0.03 97.11 7640 | 1 0.03 97.14 7680 | 2 0.06 97.20 7720 | 2 0.06 97.26 7760 | 1 0.03 97.29 7800 | 1 0.03 97.33 7840 | 1 0.03 97.36 7880 | 2 0.06 97.42 7920 | 2 0.06 97.48 8003 | 2 0.06 97.54 8050 | 1 0.03 97.57 8080 | 3 0.09 97.66 8120 | 1 0.03 97.69 8160 | 3 0.09 97.78 8200 | 1 0.03 97.81 8240 | 2 0.06 97.87 8280 | 4 0.12 97.99 8320 | 2 0.06 98.05 8360 | 2 0.06 98.12 8400 | 3 0.09 98.21 8440 | 1 0.03 98.24 8480 | 1 0.03 98.27 8520 | 1 0.03 98.30 8560 | 5 0.15 98.45 8600 | 1 0.03 98.48 8640 | 1 0.03 98.51 8680 | 2 0.06 98.57 8720 | 2 0.06 98.63 8725 | 1 0.03 98.66 8750 | 1 0.03 98.69 8760 | 1 0.03 98.72 8780 | 1 0.03 98.75 8800 | 1 0.03 98.78 8840 | 16 0.49 99.27 8920 | 2 0.06 99.33 8940 | 1 0.03 99.36 8960 | 1 0.03 99.39 9000 | 3 0.09 99.48 9040 | 3 0.09 99.57 9080 | 1 0.03 99.60 9140 | 1 0.03 99.64 9160 | 3 0.09 99.73 9200 | 1 0.03 99.76 9243 | 1 0.03 99.79 9260 | 1 0.03 99.82 9280 | 2 0.06 99.88 9320 | 2 0.06 99.94 9340 | 2 0.06 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for astersk59 variable in msabea dataset : '*' - | Deemed | Urban | Freq. Percent Cum. ------------+----------------------------------- | 3,290 100.00 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_4 variable in msabea dataset : IPS | Metropolita | n | Freq. Percent Cum. ------------+----------------------------------- | 2,491 75.71 75.71 0040 | 1 0.03 75.74 0060 | 4 0.12 75.87 0080 | 2 0.06 75.93 0120 | 2 0.06 75.99 0160 | 6 0.18 76.17 0200 | 1 0.03 76.20 0220 | 1 0.03 76.23 0240 | 4 0.12 76.35 0280 | 1 0.03 76.38 0320 | 2 0.06 76.44 0360 | 1 0.03 76.47 0380 | 1 0.03 76.50 0400 | 1 0.03 76.53 0405 | 1 0.03 76.57 0440 | 1 0.03 76.60 0450 | 1 0.03 76.63 0460 | 3 0.09 76.72 0470 | 4 0.12 76.84 0480 | 1 0.03 76.87 0500 | 4 0.12 76.99 0520 | 18 0.55 77.54 0560 | 2 0.06 77.60 0600 | 4 0.12 77.72 0620 | 2 0.06 77.78 0640 | 3 0.09 77.87 0680 | 1 0.03 77.90 0720 | 7 0.21 78.12 0733 | 1 0.03 78.15 0760 | 4 0.12 78.27 0780 | 1 0.03 78.30 0840 | 3 0.09 78.39 0845 | 1 0.03 78.42 0860 | 1 0.03 78.45 0870 | 1 0.03 78.48 0875 | 2 0.06 78.54 0880 | 1 0.03 78.57 0920 | 2 0.06 78.63 0960 | 2 0.06 78.69 1000 | 5 0.15 78.84 1010 | 2 0.06 78.91 1020 | 1 0.03 78.94 1040 | 1 0.03 78.97 1080 | 1 0.03 79.00 1123 | 5 0.15 79.15 1125 | 1 0.03 79.18 1140 | 1 0.03 79.21 1145 | 1 0.03 79.24 1150 | 1 0.03 79.27 1163 | 1 0.03 79.30 1240 | 1 0.03 79.33 1260 | 1 0.03 79.36 1280 | 1 0.03 79.39 1300 | 1 0.03 79.42 1303 | 2 0.06 79.48 1310 | 6 0.18 79.67 1320 | 2 0.06 79.73 1350 | 1 0.03 79.76 1360 | 1 0.03 79.79 1400 | 1 0.03 79.82 1440 | 3 0.09 79.91 1480 | 2 0.06 79.97 1520 | 7 0.21 80.18 1540 | 4 0.12 80.30 1560 | 6 0.18 80.49 1580 | 1 0.03 80.52 1600 | 3 0.09 80.61 1620 | 1 0.03 80.64 1640 | 7 0.21 80.85 1660 | 2 0.06 80.91 1680 | 4 0.12 81.03 1720 | 1 0.03 81.06 1740 | 1 0.03 81.09 1760 | 2 0.06 81.16 1800 | 3 0.09 81.25 1840 | 7 0.21 81.46 1880 | 2 0.06 81.52 1900 | 2 0.06 81.58 1920 | 6 0.18 81.76 1950 | 2 0.06 81.82 1960 | 3 0.09 81.91 2000 | 4 0.12 82.04 2020 | 1 0.03 82.07 2030 | 2 0.06 82.13 2040 | 1 0.03 82.16 2080 | 5 0.15 82.31 2120 | 3 0.09 82.40 2160 | 7 0.21 82.61 2180 | 2 0.06 82.67 2200 | 1 0.03 82.71 2240 | 2 0.06 82.77 2290 | 2 0.06 82.83 2320 | 1 0.03 82.86 2330 | 1 0.03 82.89 2335 | 1 0.03 82.92 2340 | 1 0.03 82.95 2360 | 1 0.03 82.98 2400 | 1 0.03 83.01 2440 | 4 0.12 83.13 2520 | 2 0.06 83.19 2560 | 1 0.03 83.22 2580 | 1 0.03 83.25 2640 | 2 0.06 83.31 2650 | 2 0.06 83.37 2655 | 1 0.03 83.40 2670 | 1 0.03 83.43 2680 | 1 0.03 83.47 2700 | 1 0.03 83.50 2710 | 2 0.06 83.56 2720 | 3 0.09 83.65 2750 | 1 0.03 83.68 2760 | 3 0.09 83.77 2800 | 3 0.09 83.86 2840 | 1 0.03 83.89 2880 | 1 0.03 83.92 2900 | 2 0.06 83.98 2920 | 1 0.03 84.01 2960 | 2 0.06 84.07 2975 | 2 0.06 84.13 2985 | 1 0.03 84.16 3000 | 2 0.06 84.22 3040 | 1 0.03 84.26 3060 | 1 0.03 84.29 3080 | 1 0.03 84.32 3120 | 7 0.21 84.53 3160 | 3 0.09 84.62 3180 | 1 0.03 84.65 3200 | 1 0.03 84.68 3240 | 4 0.12 84.80 3283 | 4 0.12 84.92 3290 | 3 0.09 85.02 3320 | 1 0.03 85.05 3350 | 2 0.06 85.11 3360 | 5 0.15 85.26 3400 | 6 0.18 85.44 3440 | 1 0.03 85.47 3480 | 8 0.24 85.71 3500 | 1 0.03 85.74 3520 | 1 0.03 85.78 3560 | 3 0.09 85.87 3580 | 1 0.03 85.90 3600 | 4 0.12 86.02 3605 | 1 0.03 86.05 3620 | 1 0.03 86.08 3640 | 1 0.03 86.11 3660 | 8 0.24 86.35 3680 | 2 0.06 86.41 3690 | 2 0.06 86.47 3710 | 2 0.06 86.53 3720 | 1 0.03 86.57 3740 | 1 0.03 86.60 3760 | 10 0.30 86.90 3800 | 1 0.03 86.93 3810 | 2 0.06 86.99 3840 | 7 0.21 87.20 3850 | 2 0.06 87.26 3870 | 1 0.03 87.29 3880 | 2 0.06 87.36 3920 | 1 0.03 87.39 3960 | 1 0.03 87.42 3965 | 1 0.03 87.45 3980 | 1 0.03 87.48 4000 | 1 0.03 87.51 4040 | 3 0.09 87.60 4080 | 1 0.03 87.63 4100 | 1 0.03 87.66 4120 | 1 0.03 87.69 4150 | 1 0.03 87.72 4200 | 1 0.03 87.75 4243 | 1 0.03 87.78 4280 | 6 0.18 87.96 4320 | 2 0.06 88.02 4360 | 1 0.03 88.05 4400 | 4 0.12 88.18 4420 | 2 0.06 88.24 4440 | 1 0.03 88.27 4480 | 2 0.06 88.33 4520 | 7 0.21 88.54 4600 | 1 0.03 88.57 4640 | 3 0.09 88.66 4680 | 4 0.12 88.78 4720 | 1 0.03 88.81 4763 | 2 0.06 88.88 4800 | 1 0.03 88.91 4840 | 5 0.15 89.06 4880 | 1 0.03 89.09 4890 | 1 0.03 89.12 4900 | 1 0.03 89.15 4920 | 4 0.12 89.27 4940 | 1 0.03 89.30 5000 | 2 0.06 89.36 5015 | 3 0.09 89.45 5040 | 1 0.03 89.48 5080 | 4 0.12 89.60 5120 | 11 0.33 89.94 5160 | 2 0.06 90.00 5170 | 1 0.03 90.03 5190 | 2 0.06 90.09 5200 | 1 0.03 90.12 5240 | 3 0.09 90.21 5280 | 1 0.03 90.24 5320 | 1 0.03 90.27 5345 | 1 0.03 90.30 5360 | 8 0.24 90.55 5380 | 2 0.06 90.61 5403 | 1 0.03 90.64 5483 | 1 0.03 90.67 5523 | 1 0.03 90.70 5560 | 6 0.18 90.88 5600 | 8 0.24 91.12 5640 | 4 0.12 91.25 5700 | 1 0.03 91.28 5720 | 12 0.36 91.64 5775 | 2 0.06 91.70 5790 | 1 0.03 91.73 5800 | 1 0.03 91.76 5880 | 6 0.18 91.95 5910 | 1 0.03 91.98 5920 | 4 0.12 92.10 5950 | 1 0.03 92.13 5960 | 3 0.09 92.22 5990 | 1 0.03 92.25 6000 | 1 0.03 92.28 6015 | 1 0.03 92.31 6020 | 2 0.06 92.37 6025 | 1 0.03 92.40 6080 | 2 0.06 92.46 6120 | 3 0.09 92.55 6160 | 8 0.24 92.80 6200 | 1 0.03 92.83 6240 | 1 0.03 92.86 6280 | 4 0.12 92.98 6323 | 1 0.03 93.01 6360 | 2 0.06 93.07 6403 | 3 0.09 93.16 6440 | 4 0.12 93.28 6453 | 2 0.06 93.34 6460 | 1 0.03 93.37 6483 | 6 0.18 93.56 6520 | 1 0.03 93.59 6560 | 1 0.03 93.62 6600 | 1 0.03 93.65 6640 | 4 0.12 93.77 6660 | 1 0.03 93.80 6680 | 1 0.03 93.83 6690 | 1 0.03 93.86 6720 | 1 0.03 93.89 6740 | 2 0.06 93.95 6760 | 13 0.40 94.35 6780 | 2 0.06 94.41 6800 | 4 0.12 94.53 6820 | 1 0.03 94.56 6840 | 5 0.15 94.71 6880 | 2 0.06 94.77 6920 | 4 0.12 94.89 6960 | 3 0.09 94.98 6980 | 3 0.09 95.08 7000 | 1 0.03 95.11 7040 | 10 0.30 95.41 7080 | 2 0.06 95.47 7120 | 1 0.03 95.50 7160 | 3 0.09 95.59 7200 | 1 0.03 95.62 7240 | 3 0.09 95.71 7320 | 1 0.03 95.74 7360 | 3 0.09 95.84 7400 | 1 0.03 95.87 7440 | 24 0.73 96.60 7480 | 1 0.03 96.63 7485 | 1 0.03 96.66 7490 | 2 0.06 96.72 7500 | 1 0.03 96.75 7510 | 1 0.03 96.78 7520 | 2 0.06 96.84 7560 | 5 0.15 96.99 7600 | 2 0.06 97.05 7610 | 1 0.03 97.08 7620 | 1 0.03 97.11 7640 | 1 0.03 97.14 7680 | 2 0.06 97.20 7720 | 2 0.06 97.26 7760 | 1 0.03 97.29 7800 | 1 0.03 97.33 7840 | 1 0.03 97.36 7880 | 2 0.06 97.42 7920 | 2 0.06 97.48 8003 | 2 0.06 97.54 8050 | 1 0.03 97.57 8080 | 3 0.09 97.66 8120 | 1 0.03 97.69 8160 | 3 0.09 97.78 8200 | 1 0.03 97.81 8240 | 2 0.06 97.87 8280 | 4 0.12 97.99 8320 | 2 0.06 98.05 8360 | 2 0.06 98.12 8400 | 3 0.09 98.21 8440 | 1 0.03 98.24 8480 | 1 0.03 98.27 8520 | 1 0.03 98.30 8560 | 5 0.15 98.45 8600 | 1 0.03 98.48 8640 | 1 0.03 98.51 8680 | 2 0.06 98.57 8720 | 2 0.06 98.63 8725 | 1 0.03 98.66 8750 | 1 0.03 98.69 8760 | 1 0.03 98.72 8780 | 1 0.03 98.75 8800 | 1 0.03 98.78 8840 | 16 0.49 99.27 8920 | 2 0.06 99.33 8940 | 1 0.03 99.36 8960 | 1 0.03 99.39 9000 | 3 0.09 99.48 9040 | 3 0.09 99.57 9080 | 1 0.03 99.60 9140 | 1 0.03 99.64 9160 | 3 0.09 99.73 9200 | 1 0.03 99.76 9243 | 1 0.03 99.79 9260 | 1 0.03 99.82 9280 | 2 0.06 99.88 9320 | 2 0.06 99.94 9340 | 2 0.06 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for astersk65 variable in msabea dataset : '*' - | Deemed | Urban | Freq. Percent Cum. ------------+----------------------------------- | 3,290 100.00 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_5 variable in msabea dataset : IPS | Metropolita | n | Freq. Percent Cum. ------------+----------------------------------- | 2,453 74.56 74.56 0040 | 1 0.03 74.59 0060 | 4 0.12 74.71 0080 | 2 0.06 74.77 0120 | 2 0.06 74.83 0160 | 6 0.18 75.02 0200 | 1 0.03 75.05 0220 | 1 0.03 75.08 0240 | 4 0.12 75.20 0280 | 1 0.03 75.23 0320 | 2 0.06 75.29 0360 | 1 0.03 75.32 0380 | 1 0.03 75.35 0400 | 2 0.06 75.41 0405 | 1 0.03 75.44 0440 | 2 0.06 75.50 0450 | 1 0.03 75.53 0460 | 3 0.09 75.62 0470 | 4 0.12 75.74 0480 | 1 0.03 75.78 0500 | 4 0.12 75.90 0520 | 18 0.55 76.44 0560 | 2 0.06 76.50 0600 | 4 0.12 76.63 0620 | 2 0.06 76.69 0640 | 3 0.09 76.78 0680 | 1 0.03 76.81 0720 | 7 0.21 77.02 0733 | 1 0.03 77.05 0760 | 4 0.12 77.17 0780 | 2 0.06 77.23 0840 | 3 0.09 77.33 0845 | 3 0.09 77.42 0860 | 1 0.03 77.45 0870 | 2 0.06 77.51 0875 | 2 0.06 77.57 0880 | 1 0.03 77.60 0920 | 2 0.06 77.66 0960 | 2 0.06 77.72 1000 | 5 0.15 77.87 1010 | 2 0.06 77.93 1020 | 2 0.06 77.99 1040 | 1 0.03 78.02 1080 | 1 0.03 78.05 1123 | 5 0.15 78.21 1125 | 1 0.03 78.24 1140 | 1 0.03 78.27 1145 | 1 0.03 78.30 1150 | 1 0.03 78.33 1163 | 1 0.03 78.36 1240 | 1 0.03 78.39 1260 | 1 0.03 78.42 1280 | 1 0.03 78.45 1300 | 1 0.03 78.48 1303 | 2 0.06 78.54 1310 | 6 0.18 78.72 1320 | 2 0.06 78.78 1350 | 1 0.03 78.81 1360 | 1 0.03 78.84 1400 | 1 0.03 78.88 1440 | 3 0.09 78.97 1480 | 3 0.09 79.06 1520 | 7 0.21 79.27 1540 | 4 0.12 79.39 1560 | 6 0.18 79.57 1580 | 1 0.03 79.60 1600 | 3 0.09 79.70 1620 | 1 0.03 79.73 1640 | 7 0.21 79.94 1660 | 2 0.06 80.00 1680 | 4 0.12 80.12 1720 | 1 0.03 80.15 1740 | 1 0.03 80.18 1760 | 2 0.06 80.24 1800 | 3 0.09 80.33 1840 | 7 0.21 80.55 1880 | 2 0.06 80.61 1900 | 2 0.06 80.67 1920 | 6 0.18 80.85 1950 | 3 0.09 80.94 1960 | 3 0.09 81.03 2000 | 5 0.15 81.19 2020 | 1 0.03 81.22 2030 | 2 0.06 81.28 2040 | 1 0.03 81.31 2080 | 5 0.15 81.46 2120 | 3 0.09 81.55 2160 | 7 0.21 81.76 2180 | 2 0.06 81.82 2200 | 1 0.03 81.85 2240 | 2 0.06 81.91 2290 | 2 0.06 81.98 2320 | 1 0.03 82.01 2330 | 1 0.03 82.04 2335 | 1 0.03 82.07 2340 | 1 0.03 82.10 2360 | 1 0.03 82.13 2400 | 1 0.03 82.16 2440 | 4 0.12 82.28 2520 | 2 0.06 82.34 2560 | 2 0.06 82.40 2580 | 1 0.03 82.43 2640 | 2 0.06 82.49 2650 | 2 0.06 82.55 2655 | 1 0.03 82.58 2670 | 1 0.03 82.61 2680 | 1 0.03 82.64 2700 | 1 0.03 82.67 2710 | 3 0.09 82.77 2720 | 3 0.09 82.86 2750 | 1 0.03 82.89 2760 | 3 0.09 82.98 2800 | 3 0.09 83.07 2840 | 1 0.03 83.10 2880 | 1 0.03 83.13 2900 | 2 0.06 83.19 2920 | 1 0.03 83.22 2960 | 2 0.06 83.28 2975 | 2 0.06 83.34 2985 | 1 0.03 83.37 3000 | 3 0.09 83.47 3040 | 1 0.03 83.50 3060 | 1 0.03 83.53 3080 | 1 0.03 83.56 3120 | 7 0.21 83.77 3160 | 4 0.12 83.89 3180 | 1 0.03 83.92 3200 | 1 0.03 83.95 3240 | 4 0.12 84.07 3283 | 4 0.12 84.19 3290 | 3 0.09 84.29 3320 | 1 0.03 84.32 3350 | 2 0.06 84.38 3360 | 5 0.15 84.53 3400 | 6 0.18 84.71 3440 | 3 0.09 84.80 3480 | 8 0.24 85.05 3500 | 1 0.03 85.08 3520 | 1 0.03 85.11 3560 | 3 0.09 85.20 3580 | 1 0.03 85.23 3600 | 4 0.12 85.35 3605 | 1 0.03 85.38 3620 | 1 0.03 85.41 3640 | 1 0.03 85.44 3660 | 8 0.24 85.68 3680 | 2 0.06 85.74 3690 | 2 0.06 85.81 3710 | 2 0.06 85.87 3720 | 2 0.06 85.93 3740 | 1 0.03 85.96 3760 | 11 0.33 86.29 3800 | 1 0.03 86.32 3810 | 2 0.06 86.38 3840 | 7 0.21 86.60 3850 | 2 0.06 86.66 3870 | 1 0.03 86.69 3880 | 2 0.06 86.75 3920 | 2 0.06 86.81 3960 | 1 0.03 86.84 3965 | 1 0.03 86.87 3980 | 1 0.03 86.90 4000 | 1 0.03 86.93 4040 | 4 0.12 87.05 4080 | 1 0.03 87.08 4100 | 1 0.03 87.11 4120 | 1 0.03 87.14 4150 | 1 0.03 87.17 4200 | 1 0.03 87.20 4243 | 1 0.03 87.23 4280 | 6 0.18 87.42 4320 | 3 0.09 87.51 4360 | 1 0.03 87.54 4400 | 4 0.12 87.66 4420 | 2 0.06 87.72 4440 | 1 0.03 87.75 4480 | 2 0.06 87.81 4520 | 7 0.21 88.02 4600 | 1 0.03 88.05 4640 | 3 0.09 88.15 4680 | 4 0.12 88.27 4720 | 1 0.03 88.30 4763 | 2 0.06 88.36 4800 | 2 0.06 88.42 4840 | 5 0.15 88.57 4880 | 1 0.03 88.60 4890 | 1 0.03 88.63 4900 | 1 0.03 88.66 4920 | 4 0.12 88.78 4940 | 1 0.03 88.81 5000 | 2 0.06 88.88 5015 | 3 0.09 88.97 5040 | 1 0.03 89.00 5080 | 6 0.18 89.18 5120 | 11 0.33 89.51 5160 | 2 0.06 89.57 5170 | 1 0.03 89.60 5190 | 2 0.06 89.67 5200 | 1 0.03 89.70 5240 | 3 0.09 89.79 5280 | 1 0.03 89.82 5320 | 1 0.03 89.85 5345 | 1 0.03 89.88 5360 | 8 0.24 90.12 5380 | 2 0.06 90.18 5403 | 1 0.03 90.21 5483 | 1 0.03 90.24 5523 | 1 0.03 90.27 5560 | 6 0.18 90.46 5600 | 8 0.24 90.70 5640 | 4 0.12 90.82 5700 | 1 0.03 90.85 5720 | 14 0.43 91.28 5775 | 2 0.06 91.34 5790 | 1 0.03 91.37 5800 | 1 0.03 91.40 5880 | 6 0.18 91.58 5910 | 1 0.03 91.61 5920 | 5 0.15 91.76 5950 | 1 0.03 91.79 5960 | 3 0.09 91.88 5990 | 1 0.03 91.91 6000 | 1 0.03 91.95 6015 | 1 0.03 91.98 6020 | 2 0.06 92.04 6025 | 1 0.03 92.07 6080 | 2 0.06 92.13 6120 | 4 0.12 92.25 6160 | 8 0.24 92.49 6200 | 1 0.03 92.52 6240 | 1 0.03 92.55 6280 | 4 0.12 92.67 6323 | 1 0.03 92.71 6360 | 2 0.06 92.77 6403 | 3 0.09 92.86 6440 | 4 0.12 92.98 6453 | 2 0.06 93.04 6460 | 1 0.03 93.07 6483 | 6 0.18 93.25 6520 | 1 0.03 93.28 6560 | 1 0.03 93.31 6600 | 1 0.03 93.34 6640 | 4 0.12 93.47 6660 | 1 0.03 93.50 6680 | 1 0.03 93.53 6690 | 1 0.03 93.56 6720 | 1 0.03 93.59 6740 | 2 0.06 93.65 6760 | 13 0.40 94.04 6780 | 2 0.06 94.10 6800 | 5 0.15 94.26 6820 | 1 0.03 94.29 6840 | 6 0.18 94.47 6880 | 2 0.06 94.53 6920 | 4 0.12 94.65 6960 | 4 0.12 94.77 6980 | 3 0.09 94.86 7000 | 1 0.03 94.89 7040 | 11 0.33 95.23 7080 | 2 0.06 95.29 7120 | 1 0.03 95.32 7160 | 3 0.09 95.41 7200 | 1 0.03 95.44 7240 | 3 0.09 95.53 7320 | 1 0.03 95.56 7360 | 3 0.09 95.65 7400 | 1 0.03 95.68 7440 | 24 0.73 96.41 7480 | 1 0.03 96.44 7485 | 1 0.03 96.47 7490 | 2 0.06 96.53 7500 | 1 0.03 96.57 7510 | 2 0.06 96.63 7520 | 2 0.06 96.69 7560 | 5 0.15 96.84 7600 | 2 0.06 96.90 7610 | 1 0.03 96.93 7620 | 1 0.03 96.96 7640 | 1 0.03 96.99 7680 | 2 0.06 97.05 7720 | 2 0.06 97.11 7760 | 1 0.03 97.14 7800 | 1 0.03 97.17 7840 | 1 0.03 97.20 7880 | 3 0.09 97.29 7920 | 2 0.06 97.36 8003 | 2 0.06 97.42 8050 | 1 0.03 97.45 8080 | 3 0.09 97.54 8120 | 1 0.03 97.57 8160 | 3 0.09 97.66 8200 | 1 0.03 97.69 8240 | 2 0.06 97.75 8280 | 4 0.12 97.87 8320 | 2 0.06 97.93 8360 | 2 0.06 97.99 8400 | 3 0.09 98.09 8440 | 2 0.06 98.15 8480 | 1 0.03 98.18 8520 | 1 0.03 98.21 8560 | 5 0.15 98.36 8600 | 1 0.03 98.39 8640 | 1 0.03 98.42 8680 | 2 0.06 98.48 8720 | 2 0.06 98.54 8725 | 1 0.03 98.57 8750 | 1 0.03 98.60 8760 | 1 0.03 98.63 8780 | 1 0.03 98.66 8800 | 1 0.03 98.69 8840 | 19 0.58 99.27 8920 | 2 0.06 99.33 8940 | 1 0.03 99.36 8960 | 1 0.03 99.39 9000 | 3 0.09 99.48 9040 | 3 0.09 99.57 9080 | 1 0.03 99.60 9140 | 1 0.03 99.64 9160 | 3 0.09 99.73 9200 | 1 0.03 99.76 9243 | 1 0.03 99.79 9260 | 1 0.03 99.82 9280 | 2 0.06 99.88 9320 | 2 0.06 99.94 9340 | 2 0.06 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for lugar71 variable in msabea dataset : ' ' - Not | Lugar | Freq. Percent Cum. ------------+----------------------------------- | 3,253 98.88 98.88 L | 37 1.12 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_6 variable in msabea dataset : IPS | Metropolita | n | Freq. Percent Cum. ------------+----------------------------------- | 2,452 74.53 74.53 0040 | 1 0.03 74.56 0060 | 4 0.12 74.68 0080 | 2 0.06 74.74 0120 | 2 0.06 74.80 0160 | 6 0.18 74.98 0200 | 1 0.03 75.02 0220 | 1 0.03 75.05 0240 | 4 0.12 75.17 0280 | 1 0.03 75.20 0320 | 2 0.06 75.26 0360 | 1 0.03 75.29 0380 | 1 0.03 75.32 0400 | 1 0.03 75.35 0401 | 1 0.03 75.38 0405 | 1 0.03 75.41 0440 | 1 0.03 75.44 0441 | 1 0.03 75.47 0450 | 1 0.03 75.50 0460 | 3 0.09 75.59 0470 | 4 0.12 75.71 0480 | 1 0.03 75.74 0500 | 4 0.12 75.87 0520 | 18 0.55 76.41 0560 | 2 0.06 76.47 0600 | 4 0.12 76.60 0620 | 2 0.06 76.66 0640 | 3 0.09 76.75 0680 | 1 0.03 76.78 0720 | 7 0.21 76.99 0733 | 1 0.03 77.02 0760 | 4 0.12 77.14 0780 | 1 0.03 77.17 0781 | 1 0.03 77.20 0840 | 3 0.09 77.29 0845 | 1 0.03 77.33 0846 | 1 0.03 77.36 0847 | 1 0.03 77.39 0860 | 1 0.03 77.42 0870 | 1 0.03 77.45 0871 | 1 0.03 77.48 0875 | 2 0.06 77.54 0880 | 1 0.03 77.57 0920 | 2 0.06 77.63 0960 | 2 0.06 77.69 1000 | 5 0.15 77.84 1010 | 2 0.06 77.90 1020 | 1 0.03 77.93 1021 | 1 0.03 77.96 1040 | 1 0.03 77.99 1080 | 1 0.03 78.02 1123 | 5 0.15 78.18 1125 | 1 0.03 78.21 1140 | 1 0.03 78.24 1145 | 1 0.03 78.27 1150 | 1 0.03 78.30 1163 | 1 0.03 78.33 1240 | 1 0.03 78.36 1260 | 1 0.03 78.39 1280 | 1 0.03 78.42 1300 | 1 0.03 78.45 1303 | 2 0.06 78.51 1310 | 6 0.18 78.69 1320 | 2 0.06 78.75 1350 | 1 0.03 78.78 1360 | 1 0.03 78.81 1400 | 1 0.03 78.84 1440 | 3 0.09 78.94 1480 | 2 0.06 79.00 1481 | 1 0.03 79.03 1520 | 7 0.21 79.24 1540 | 4 0.12 79.36 1560 | 6 0.18 79.54 1580 | 1 0.03 79.57 1600 | 3 0.09 79.67 1620 | 1 0.03 79.70 1640 | 7 0.21 79.91 1660 | 2 0.06 79.97 1680 | 4 0.12 80.09 1720 | 1 0.03 80.12 1740 | 1 0.03 80.15 1760 | 2 0.06 80.21 1800 | 3 0.09 80.30 1840 | 7 0.21 80.52 1880 | 2 0.06 80.58 1900 | 2 0.06 80.64 1920 | 6 0.18 80.82 1950 | 2 0.06 80.88 1951 | 1 0.03 80.91 1960 | 3 0.09 81.00 2000 | 4 0.12 81.12 2001 | 1 0.03 81.16 2020 | 1 0.03 81.19 2030 | 2 0.06 81.25 2040 | 1 0.03 81.28 2080 | 5 0.15 81.43 2120 | 3 0.09 81.52 2160 | 7 0.21 81.73 2180 | 2 0.06 81.79 2200 | 1 0.03 81.82 2240 | 2 0.06 81.88 2290 | 2 0.06 81.95 2320 | 1 0.03 81.98 2330 | 1 0.03 82.01 2335 | 1 0.03 82.04 2340 | 1 0.03 82.07 2360 | 1 0.03 82.10 2400 | 1 0.03 82.13 2440 | 4 0.12 82.25 2520 | 2 0.06 82.31 2560 | 1 0.03 82.34 2561 | 1 0.03 82.37 2580 | 1 0.03 82.40 2640 | 1 0.03 82.43 2641 | 1 0.03 82.46 2650 | 2 0.06 82.52 2655 | 1 0.03 82.55 2670 | 1 0.03 82.58 2680 | 1 0.03 82.61 2700 | 1 0.03 82.64 2710 | 2 0.06 82.71 2711 | 1 0.03 82.74 2720 | 3 0.09 82.83 2750 | 1 0.03 82.86 2760 | 3 0.09 82.95 2800 | 3 0.09 83.04 2840 | 1 0.03 83.07 2880 | 1 0.03 83.10 2900 | 2 0.06 83.16 2920 | 1 0.03 83.19 2960 | 2 0.06 83.25 2975 | 2 0.06 83.31 2985 | 1 0.03 83.34 3000 | 2 0.06 83.40 3001 | 1 0.03 83.43 3040 | 1 0.03 83.47 3060 | 1 0.03 83.50 3080 | 1 0.03 83.53 3120 | 7 0.21 83.74 3160 | 3 0.09 83.83 3161 | 1 0.03 83.86 3180 | 1 0.03 83.89 3200 | 1 0.03 83.92 3240 | 4 0.12 84.04 3283 | 4 0.12 84.16 3290 | 3 0.09 84.26 3320 | 1 0.03 84.29 3350 | 2 0.06 84.35 3360 | 5 0.15 84.50 3400 | 6 0.18 84.68 3440 | 1 0.03 84.71 3441 | 1 0.03 84.74 3442 | 1 0.03 84.77 3480 | 8 0.24 85.02 3500 | 1 0.03 85.05 3520 | 1 0.03 85.08 3560 | 3 0.09 85.17 3580 | 1 0.03 85.20 3600 | 4 0.12 85.32 3605 | 1 0.03 85.35 3610 | 1 0.03 85.38 3620 | 1 0.03 85.41 3640 | 1 0.03 85.44 3660 | 8 0.24 85.68 3680 | 2 0.06 85.74 3690 | 2 0.06 85.81 3710 | 2 0.06 85.87 3720 | 1 0.03 85.90 3721 | 1 0.03 85.93 3740 | 1 0.03 85.96 3760 | 10 0.30 86.26 3761 | 1 0.03 86.29 3800 | 1 0.03 86.32 3810 | 2 0.06 86.38 3840 | 7 0.21 86.60 3850 | 2 0.06 86.66 3870 | 1 0.03 86.69 3880 | 2 0.06 86.75 3920 | 1 0.03 86.78 3921 | 1 0.03 86.81 3960 | 1 0.03 86.84 3965 | 1 0.03 86.87 3980 | 1 0.03 86.90 4000 | 1 0.03 86.93 4040 | 3 0.09 87.02 4041 | 1 0.03 87.05 4080 | 1 0.03 87.08 4100 | 1 0.03 87.11 4120 | 1 0.03 87.14 4150 | 1 0.03 87.17 4200 | 1 0.03 87.20 4243 | 1 0.03 87.23 4280 | 6 0.18 87.42 4320 | 2 0.06 87.48 4321 | 1 0.03 87.51 4360 | 1 0.03 87.54 4400 | 4 0.12 87.66 4420 | 2 0.06 87.72 4440 | 1 0.03 87.75 4480 | 2 0.06 87.81 4520 | 7 0.21 88.02 4600 | 1 0.03 88.05 4640 | 3 0.09 88.15 4680 | 4 0.12 88.27 4720 | 1 0.03 88.30 4763 | 2 0.06 88.36 4800 | 1 0.03 88.39 4801 | 1 0.03 88.42 4840 | 5 0.15 88.57 4880 | 1 0.03 88.60 4890 | 1 0.03 88.63 4900 | 1 0.03 88.66 4920 | 4 0.12 88.78 4940 | 1 0.03 88.81 5000 | 2 0.06 88.88 5015 | 3 0.09 88.97 5040 | 1 0.03 89.00 5080 | 4 0.12 89.12 5081 | 1 0.03 89.15 5082 | 1 0.03 89.18 5120 | 11 0.33 89.51 5160 | 2 0.06 89.57 5170 | 1 0.03 89.60 5190 | 2 0.06 89.67 5200 | 1 0.03 89.70 5240 | 3 0.09 89.79 5280 | 1 0.03 89.82 5320 | 1 0.03 89.85 5345 | 1 0.03 89.88 5360 | 8 0.24 90.12 5380 | 2 0.06 90.18 5403 | 1 0.03 90.21 5483 | 1 0.03 90.24 5523 | 1 0.03 90.27 5560 | 6 0.18 90.46 5600 | 8 0.24 90.70 5640 | 4 0.12 90.82 5700 | 1 0.03 90.85 5720 | 12 0.36 91.22 5721 | 1 0.03 91.25 5722 | 1 0.03 91.28 5775 | 2 0.06 91.34 5790 | 1 0.03 91.37 5800 | 1 0.03 91.40 5880 | 6 0.18 91.58 5910 | 1 0.03 91.61 5920 | 4 0.12 91.73 5921 | 1 0.03 91.76 5950 | 1 0.03 91.79 5960 | 3 0.09 91.88 5990 | 1 0.03 91.91 6000 | 1 0.03 91.95 6015 | 1 0.03 91.98 6020 | 2 0.06 92.04 6025 | 1 0.03 92.07 6080 | 2 0.06 92.13 6120 | 3 0.09 92.22 6121 | 1 0.03 92.25 6160 | 8 0.24 92.49 6200 | 1 0.03 92.52 6240 | 1 0.03 92.55 6280 | 4 0.12 92.67 6323 | 1 0.03 92.71 6360 | 2 0.06 92.77 6403 | 3 0.09 92.86 6440 | 4 0.12 92.98 6453 | 2 0.06 93.04 6460 | 1 0.03 93.07 6483 | 6 0.18 93.25 6520 | 1 0.03 93.28 6560 | 1 0.03 93.31 6600 | 1 0.03 93.34 6640 | 4 0.12 93.47 6660 | 1 0.03 93.50 6680 | 1 0.03 93.53 6690 | 1 0.03 93.56 6720 | 1 0.03 93.59 6740 | 2 0.06 93.65 6760 | 13 0.40 94.04 6780 | 2 0.06 94.10 6800 | 4 0.12 94.22 6801 | 1 0.03 94.26 6820 | 1 0.03 94.29 6840 | 5 0.15 94.44 6841 | 1 0.03 94.47 6880 | 2 0.06 94.53 6920 | 4 0.12 94.65 6960 | 3 0.09 94.74 6961 | 1 0.03 94.77 6980 | 3 0.09 94.86 7000 | 1 0.03 94.89 7040 | 10 0.30 95.20 7041 | 1 0.03 95.23 7080 | 2 0.06 95.29 7120 | 1 0.03 95.32 7160 | 3 0.09 95.41 7200 | 1 0.03 95.44 7240 | 3 0.09 95.53 7320 | 1 0.03 95.56 7360 | 3 0.09 95.65 7400 | 1 0.03 95.68 7440 | 24 0.73 96.41 7480 | 1 0.03 96.44 7485 | 1 0.03 96.47 7490 | 2 0.06 96.53 7500 | 1 0.03 96.57 7510 | 1 0.03 96.60 7511 | 1 0.03 96.63 7520 | 2 0.06 96.69 7560 | 5 0.15 96.84 7600 | 2 0.06 96.90 7610 | 1 0.03 96.93 7620 | 1 0.03 96.96 7640 | 1 0.03 96.99 7680 | 2 0.06 97.05 7720 | 2 0.06 97.11 7760 | 1 0.03 97.14 7800 | 1 0.03 97.17 7840 | 1 0.03 97.20 7880 | 2 0.06 97.26 7881 | 1 0.03 97.29 7920 | 2 0.06 97.36 8003 | 2 0.06 97.42 8050 | 1 0.03 97.45 8080 | 3 0.09 97.54 8120 | 1 0.03 97.57 8160 | 3 0.09 97.66 8200 | 1 0.03 97.69 8240 | 2 0.06 97.75 8280 | 4 0.12 97.87 8320 | 2 0.06 97.93 8360 | 2 0.06 97.99 8400 | 3 0.09 98.09 8440 | 1 0.03 98.12 8441 | 1 0.03 98.15 8480 | 1 0.03 98.18 8520 | 1 0.03 98.21 8560 | 5 0.15 98.36 8600 | 1 0.03 98.39 8640 | 1 0.03 98.42 8680 | 2 0.06 98.48 8720 | 2 0.06 98.54 8725 | 1 0.03 98.57 8750 | 1 0.03 98.60 8760 | 1 0.03 98.63 8780 | 1 0.03 98.66 8800 | 1 0.03 98.69 8840 | 16 0.49 99.18 8841 | 1 0.03 99.21 8842 | 1 0.03 99.24 8843 | 1 0.03 99.27 8920 | 2 0.06 99.33 8940 | 1 0.03 99.36 8960 | 1 0.03 99.39 9000 | 3 0.09 99.48 9040 | 3 0.09 99.57 9080 | 1 0.03 99.60 9140 | 1 0.03 99.64 9160 | 3 0.09 99.73 9200 | 1 0.03 99.76 9243 | 1 0.03 99.79 9260 | 1 0.03 99.82 9280 | 2 0.06 99.88 9320 | 2 0.06 99.94 9340 | 2 0.06 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for lugar77 variable in msabea dataset : Blank - Not | Lugar | Freq. Percent Cum. ------------+----------------------------------- | 3,253 98.88 98.88 L | 37 1.12 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_7 variable in msabea dataset : IPS | Metropolita | n | Freq. Percent Cum. ------------+----------------------------------- | 2,451 74.50 74.50 0040 | 1 0.03 74.53 0060 | 4 0.12 74.65 0080 | 2 0.06 74.71 0120 | 2 0.06 74.77 0160 | 6 0.18 74.95 0200 | 1 0.03 74.98 0220 | 1 0.03 75.02 0240 | 4 0.12 75.14 0280 | 1 0.03 75.17 0320 | 2 0.06 75.23 0360 | 1 0.03 75.26 0380 | 1 0.03 75.29 0400 | 1 0.03 75.32 0401 | 1 0.03 75.35 0405 | 1 0.03 75.38 0440 | 1 0.03 75.41 0441 | 1 0.03 75.44 0450 | 1 0.03 75.47 0460 | 3 0.09 75.56 0470 | 4 0.12 75.68 0480 | 1 0.03 75.71 0500 | 4 0.12 75.84 0520 | 18 0.55 76.38 0560 | 2 0.06 76.44 0600 | 4 0.12 76.57 0620 | 2 0.06 76.63 0640 | 3 0.09 76.72 0680 | 1 0.03 76.75 0720 | 7 0.21 76.96 0733 | 1 0.03 76.99 0760 | 4 0.12 77.11 0780 | 1 0.03 77.14 0781 | 1 0.03 77.17 0840 | 3 0.09 77.26 0845 | 1 0.03 77.29 0846 | 1 0.03 77.33 0847 | 1 0.03 77.36 0860 | 1 0.03 77.39 0870 | 1 0.03 77.42 0871 | 1 0.03 77.45 0875 | 2 0.06 77.51 0880 | 1 0.03 77.54 0920 | 2 0.06 77.60 0960 | 2 0.06 77.66 1000 | 5 0.15 77.81 1010 | 2 0.06 77.87 1020 | 1 0.03 77.90 1021 | 1 0.03 77.93 1040 | 1 0.03 77.96 1080 | 1 0.03 77.99 1123 | 5 0.15 78.15 1125 | 1 0.03 78.18 1140 | 1 0.03 78.21 1145 | 1 0.03 78.24 1150 | 1 0.03 78.27 1163 | 1 0.03 78.30 1240 | 1 0.03 78.33 1260 | 1 0.03 78.36 1280 | 1 0.03 78.39 1300 | 1 0.03 78.42 1303 | 2 0.06 78.48 1310 | 6 0.18 78.66 1320 | 2 0.06 78.72 1350 | 1 0.03 78.75 1360 | 1 0.03 78.78 1400 | 1 0.03 78.81 1440 | 3 0.09 78.91 1480 | 2 0.06 78.97 1481 | 1 0.03 79.00 1520 | 7 0.21 79.21 1540 | 4 0.12 79.33 1560 | 6 0.18 79.51 1580 | 1 0.03 79.54 1600 | 3 0.09 79.64 1620 | 1 0.03 79.67 1640 | 7 0.21 79.88 1660 | 2 0.06 79.94 1680 | 4 0.12 80.06 1720 | 1 0.03 80.09 1740 | 1 0.03 80.12 1760 | 2 0.06 80.18 1800 | 3 0.09 80.27 1840 | 7 0.21 80.49 1880 | 2 0.06 80.55 1900 | 2 0.06 80.61 1920 | 6 0.18 80.79 1950 | 2 0.06 80.85 1951 | 1 0.03 80.88 1960 | 3 0.09 80.97 2000 | 4 0.12 81.09 2001 | 1 0.03 81.12 2020 | 1 0.03 81.16 2030 | 2 0.06 81.22 2040 | 1 0.03 81.25 2080 | 5 0.15 81.40 2120 | 3 0.09 81.49 2160 | 7 0.21 81.70 2180 | 2 0.06 81.76 2200 | 1 0.03 81.79 2240 | 2 0.06 81.85 2290 | 2 0.06 81.91 2320 | 1 0.03 81.95 2330 | 1 0.03 81.98 2335 | 1 0.03 82.01 2340 | 1 0.03 82.04 2360 | 1 0.03 82.07 2400 | 1 0.03 82.10 2440 | 4 0.12 82.22 2520 | 2 0.06 82.28 2560 | 1 0.03 82.31 2561 | 1 0.03 82.34 2580 | 1 0.03 82.37 2640 | 1 0.03 82.40 2641 | 1 0.03 82.43 2650 | 2 0.06 82.49 2655 | 1 0.03 82.52 2670 | 1 0.03 82.55 2680 | 1 0.03 82.58 2700 | 1 0.03 82.61 2710 | 2 0.06 82.67 2711 | 1 0.03 82.71 2720 | 3 0.09 82.80 2750 | 1 0.03 82.83 2760 | 3 0.09 82.92 2800 | 3 0.09 83.01 2840 | 1 0.03 83.04 2880 | 1 0.03 83.07 2900 | 2 0.06 83.13 2920 | 1 0.03 83.16 2960 | 2 0.06 83.22 2975 | 2 0.06 83.28 2985 | 1 0.03 83.31 3000 | 2 0.06 83.37 3001 | 1 0.03 83.40 3040 | 1 0.03 83.43 3060 | 1 0.03 83.47 3080 | 1 0.03 83.50 3120 | 7 0.21 83.71 3160 | 3 0.09 83.80 3161 | 1 0.03 83.83 3180 | 1 0.03 83.86 3200 | 1 0.03 83.89 3240 | 4 0.12 84.01 3283 | 4 0.12 84.13 3290 | 3 0.09 84.22 3320 | 1 0.03 84.26 3350 | 2 0.06 84.32 3360 | 5 0.15 84.47 3400 | 6 0.18 84.65 3440 | 1 0.03 84.68 3441 | 1 0.03 84.71 3442 | 1 0.03 84.74 3480 | 8 0.24 84.98 3500 | 1 0.03 85.02 3520 | 1 0.03 85.05 3560 | 3 0.09 85.14 3580 | 1 0.03 85.17 3600 | 4 0.12 85.29 3605 | 1 0.03 85.32 3610 | 1 0.03 85.35 3620 | 1 0.03 85.38 3640 | 1 0.03 85.41 3660 | 8 0.24 85.65 3680 | 2 0.06 85.71 3690 | 2 0.06 85.78 3710 | 2 0.06 85.84 3720 | 1 0.03 85.87 3721 | 1 0.03 85.90 3740 | 1 0.03 85.93 3760 | 10 0.30 86.23 3761 | 1 0.03 86.26 3800 | 1 0.03 86.29 3810 | 2 0.06 86.35 3840 | 7 0.21 86.57 3850 | 2 0.06 86.63 3870 | 1 0.03 86.66 3880 | 2 0.06 86.72 3920 | 1 0.03 86.75 3921 | 1 0.03 86.78 3960 | 1 0.03 86.81 3965 | 1 0.03 86.84 3980 | 1 0.03 86.87 4000 | 1 0.03 86.90 4040 | 3 0.09 86.99 4041 | 1 0.03 87.02 4080 | 1 0.03 87.05 4100 | 1 0.03 87.08 4120 | 1 0.03 87.11 4150 | 1 0.03 87.14 4200 | 1 0.03 87.17 4243 | 1 0.03 87.20 4280 | 6 0.18 87.39 4320 | 2 0.06 87.45 4321 | 1 0.03 87.48 4360 | 1 0.03 87.51 4400 | 4 0.12 87.63 4420 | 2 0.06 87.69 4440 | 1 0.03 87.72 4480 | 2 0.06 87.78 4520 | 7 0.21 87.99 4600 | 1 0.03 88.02 4640 | 3 0.09 88.12 4680 | 4 0.12 88.24 4720 | 1 0.03 88.27 4763 | 2 0.06 88.33 4800 | 1 0.03 88.36 4801 | 1 0.03 88.39 4840 | 5 0.15 88.54 4880 | 1 0.03 88.57 4890 | 1 0.03 88.60 4900 | 1 0.03 88.63 4920 | 4 0.12 88.75 4940 | 1 0.03 88.78 5000 | 2 0.06 88.84 5015 | 3 0.09 88.94 5040 | 1 0.03 88.97 5080 | 4 0.12 89.09 5081 | 1 0.03 89.12 5082 | 1 0.03 89.15 5120 | 11 0.33 89.48 5160 | 2 0.06 89.54 5170 | 1 0.03 89.57 5190 | 2 0.06 89.64 5200 | 1 0.03 89.67 5240 | 3 0.09 89.76 5280 | 1 0.03 89.79 5320 | 1 0.03 89.82 5345 | 1 0.03 89.85 5360 | 8 0.24 90.09 5380 | 2 0.06 90.15 5403 | 1 0.03 90.18 5483 | 1 0.03 90.21 5523 | 1 0.03 90.24 5560 | 6 0.18 90.43 5600 | 8 0.24 90.67 5640 | 4 0.12 90.79 5700 | 1 0.03 90.82 5720 | 12 0.36 91.19 5721 | 1 0.03 91.22 5722 | 1 0.03 91.25 5775 | 2 0.06 91.31 5790 | 1 0.03 91.34 5800 | 1 0.03 91.37 5880 | 6 0.18 91.55 5910 | 1 0.03 91.58 5920 | 4 0.12 91.70 5921 | 1 0.03 91.73 5950 | 1 0.03 91.76 5960 | 3 0.09 91.85 5990 | 1 0.03 91.88 6000 | 1 0.03 91.91 6015 | 1 0.03 91.95 6020 | 2 0.06 92.01 6025 | 1 0.03 92.04 6080 | 2 0.06 92.10 6120 | 3 0.09 92.19 6121 | 1 0.03 92.22 6160 | 8 0.24 92.46 6200 | 1 0.03 92.49 6240 | 1 0.03 92.52 6280 | 4 0.12 92.64 6323 | 1 0.03 92.67 6360 | 2 0.06 92.74 6403 | 3 0.09 92.83 6440 | 4 0.12 92.95 6453 | 2 0.06 93.01 6460 | 1 0.03 93.04 6483 | 6 0.18 93.22 6520 | 1 0.03 93.25 6560 | 1 0.03 93.28 6600 | 1 0.03 93.31 6640 | 4 0.12 93.43 6660 | 1 0.03 93.47 6680 | 1 0.03 93.50 6690 | 1 0.03 93.53 6720 | 1 0.03 93.56 6740 | 2 0.06 93.62 6760 | 13 0.40 94.01 6780 | 2 0.06 94.07 6800 | 4 0.12 94.19 6801 | 1 0.03 94.22 6820 | 1 0.03 94.26 6840 | 5 0.15 94.41 6841 | 1 0.03 94.44 6880 | 2 0.06 94.50 6920 | 4 0.12 94.62 6960 | 3 0.09 94.71 6961 | 1 0.03 94.74 6980 | 3 0.09 94.83 7000 | 1 0.03 94.86 7040 | 10 0.30 95.17 7041 | 1 0.03 95.20 7080 | 2 0.06 95.26 7120 | 1 0.03 95.29 7160 | 3 0.09 95.38 7200 | 1 0.03 95.41 7240 | 3 0.09 95.50 7320 | 1 0.03 95.53 7360 | 3 0.09 95.62 7400 | 1 0.03 95.65 7440 | 24 0.73 96.38 7480 | 1 0.03 96.41 7485 | 1 0.03 96.44 7490 | 2 0.06 96.50 7500 | 1 0.03 96.53 7510 | 1 0.03 96.57 7511 | 1 0.03 96.60 7520 | 2 0.06 96.66 7560 | 5 0.15 96.81 7600 | 2 0.06 96.87 7610 | 1 0.03 96.90 7620 | 1 0.03 96.93 7640 | 1 0.03 96.96 7680 | 2 0.06 97.02 7720 | 2 0.06 97.08 7760 | 1 0.03 97.11 7800 | 1 0.03 97.14 7840 | 1 0.03 97.17 7880 | 2 0.06 97.23 7881 | 1 0.03 97.26 7920 | 2 0.06 97.33 8003 | 2 0.06 97.39 8050 | 1 0.03 97.42 8080 | 3 0.09 97.51 8120 | 1 0.03 97.54 8160 | 3 0.09 97.63 8200 | 1 0.03 97.66 8240 | 2 0.06 97.72 8280 | 4 0.12 97.84 8320 | 2 0.06 97.90 8360 | 2 0.06 97.96 8400 | 3 0.09 98.05 8440 | 1 0.03 98.09 8441 | 1 0.03 98.12 8480 | 1 0.03 98.15 8520 | 1 0.03 98.18 8560 | 5 0.15 98.33 8600 | 1 0.03 98.36 8640 | 1 0.03 98.39 8680 | 2 0.06 98.45 8720 | 2 0.06 98.51 8725 | 1 0.03 98.54 8750 | 1 0.03 98.57 8760 | 1 0.03 98.60 8780 | 1 0.03 98.63 8800 | 1 0.03 98.66 8840 | 16 0.49 99.15 8841 | 1 0.03 99.18 8842 | 1 0.03 99.21 8843 | 1 0.03 99.24 8920 | 2 0.06 99.30 8940 | 1 0.03 99.33 8960 | 1 0.03 99.36 9000 | 3 0.09 99.45 9040 | 3 0.09 99.54 9080 | 1 0.03 99.57 9140 | 1 0.03 99.60 9160 | 3 0.09 99.70 9200 | 1 0.03 99.73 9243 | 1 0.03 99.76 9260 | 1 0.03 99.79 9280 | 2 0.06 99.85 9320 | 2 0.06 99.91 9340 | 2 0.06 99.97 9360 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for lugar82 variable in msabea dataset : Blank - Not | Lugar | Freq. Percent Cum. ------------+----------------------------------- | 3,253 98.88 98.88 L | 37 1.12 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_8 variable in msabea dataset : IPS | Metropolita | n | Freq. Percent Cum. ------------+----------------------------------- | 2,490 75.68 75.68 0040 | 1 0.03 75.71 0060 | 4 0.12 75.84 0080 | 2 0.06 75.90 0120 | 2 0.06 75.96 0160 | 6 0.18 76.14 0200 | 1 0.03 76.17 0220 | 1 0.03 76.20 0240 | 4 0.12 76.32 0280 | 1 0.03 76.35 0320 | 2 0.06 76.41 0360 | 1 0.03 76.44 0380 | 1 0.03 76.47 0400 | 1 0.03 76.50 0405 | 1 0.03 76.53 0440 | 1 0.03 76.57 0450 | 1 0.03 76.60 0460 | 3 0.09 76.69 0470 | 4 0.12 76.81 0480 | 1 0.03 76.84 0500 | 4 0.12 76.96 0520 | 18 0.55 77.51 0560 | 2 0.06 77.57 0600 | 4 0.12 77.69 0620 | 2 0.06 77.75 0640 | 3 0.09 77.84 0680 | 1 0.03 77.87 0720 | 7 0.21 78.09 0733 | 1 0.03 78.12 0760 | 4 0.12 78.24 0780 | 1 0.03 78.27 0840 | 3 0.09 78.36 0845 | 1 0.03 78.39 0860 | 1 0.03 78.42 0870 | 1 0.03 78.45 0875 | 2 0.06 78.51 0880 | 1 0.03 78.54 0920 | 2 0.06 78.60 0960 | 2 0.06 78.66 1000 | 5 0.15 78.81 1010 | 2 0.06 78.88 1020 | 1 0.03 78.91 1040 | 1 0.03 78.94 1080 | 1 0.03 78.97 1123 | 5 0.15 79.12 1125 | 1 0.03 79.15 1140 | 1 0.03 79.18 1145 | 1 0.03 79.21 1150 | 1 0.03 79.24 1163 | 1 0.03 79.27 1240 | 1 0.03 79.30 1260 | 1 0.03 79.33 1280 | 1 0.03 79.36 1300 | 1 0.03 79.39 1303 | 2 0.06 79.45 1310 | 6 0.18 79.64 1320 | 2 0.06 79.70 1350 | 1 0.03 79.73 1360 | 1 0.03 79.76 1400 | 1 0.03 79.79 1440 | 3 0.09 79.88 1480 | 2 0.06 79.94 1520 | 7 0.21 80.15 1540 | 4 0.12 80.27 1560 | 6 0.18 80.46 1580 | 1 0.03 80.49 1600 | 3 0.09 80.58 1620 | 1 0.03 80.61 1640 | 7 0.21 80.82 1660 | 2 0.06 80.88 1680 | 4 0.12 81.00 1720 | 1 0.03 81.03 1740 | 1 0.03 81.06 1760 | 2 0.06 81.12 1800 | 3 0.09 81.22 1840 | 7 0.21 81.43 1880 | 2 0.06 81.49 1900 | 2 0.06 81.55 1920 | 6 0.18 81.73 1950 | 2 0.06 81.79 1960 | 3 0.09 81.88 2000 | 4 0.12 82.01 2020 | 1 0.03 82.04 2030 | 2 0.06 82.10 2040 | 1 0.03 82.13 2080 | 5 0.15 82.28 2120 | 3 0.09 82.37 2160 | 7 0.21 82.58 2180 | 2 0.06 82.64 2200 | 1 0.03 82.67 2240 | 2 0.06 82.74 2290 | 2 0.06 82.80 2320 | 1 0.03 82.83 2330 | 1 0.03 82.86 2335 | 1 0.03 82.89 2340 | 1 0.03 82.92 2360 | 1 0.03 82.95 2400 | 1 0.03 82.98 2440 | 4 0.12 83.10 2520 | 2 0.06 83.16 2560 | 1 0.03 83.19 2580 | 1 0.03 83.22 2640 | 1 0.03 83.25 2650 | 2 0.06 83.31 2655 | 1 0.03 83.34 2670 | 1 0.03 83.37 2680 | 1 0.03 83.40 2700 | 1 0.03 83.43 2710 | 2 0.06 83.50 2720 | 3 0.09 83.59 2750 | 1 0.03 83.62 2760 | 3 0.09 83.71 2800 | 3 0.09 83.80 2840 | 1 0.03 83.83 2880 | 1 0.03 83.86 2900 | 2 0.06 83.92 2920 | 1 0.03 83.95 2960 | 2 0.06 84.01 2975 | 2 0.06 84.07 2985 | 1 0.03 84.10 3000 | 2 0.06 84.16 3040 | 1 0.03 84.19 3060 | 1 0.03 84.22 3080 | 1 0.03 84.26 3120 | 7 0.21 84.47 3160 | 3 0.09 84.56 3180 | 1 0.03 84.59 3200 | 1 0.03 84.62 3240 | 4 0.12 84.74 3283 | 4 0.12 84.86 3290 | 3 0.09 84.95 3320 | 1 0.03 84.98 3350 | 2 0.06 85.05 3360 | 5 0.15 85.20 3400 | 6 0.18 85.38 3440 | 1 0.03 85.41 3480 | 8 0.24 85.65 3500 | 1 0.03 85.68 3520 | 1 0.03 85.71 3560 | 3 0.09 85.81 3580 | 1 0.03 85.84 3600 | 4 0.12 85.96 3605 | 1 0.03 85.99 3610 | 1 0.03 86.02 3620 | 1 0.03 86.05 3640 | 1 0.03 86.08 3660 | 8 0.24 86.32 3680 | 2 0.06 86.38 3690 | 2 0.06 86.44 3710 | 2 0.06 86.50 3720 | 1 0.03 86.53 3740 | 1 0.03 86.57 3760 | 10 0.30 86.87 3800 | 1 0.03 86.90 3810 | 2 0.06 86.96 3840 | 7 0.21 87.17 3850 | 2 0.06 87.23 3870 | 1 0.03 87.26 3880 | 2 0.06 87.33 3920 | 1 0.03 87.36 3960 | 1 0.03 87.39 3965 | 1 0.03 87.42 3980 | 1 0.03 87.45 4000 | 1 0.03 87.48 4040 | 3 0.09 87.57 4080 | 1 0.03 87.60 4100 | 1 0.03 87.63 4120 | 1 0.03 87.66 4150 | 1 0.03 87.69 4200 | 1 0.03 87.72 4243 | 1 0.03 87.75 4280 | 6 0.18 87.93 4320 | 2 0.06 87.99 4360 | 1 0.03 88.02 4400 | 4 0.12 88.15 4420 | 2 0.06 88.21 4440 | 1 0.03 88.24 4480 | 2 0.06 88.30 4520 | 7 0.21 88.51 4600 | 1 0.03 88.54 4640 | 3 0.09 88.63 4680 | 4 0.12 88.75 4720 | 1 0.03 88.78 4763 | 2 0.06 88.84 4800 | 1 0.03 88.88 4840 | 5 0.15 89.03 4880 | 1 0.03 89.06 4890 | 1 0.03 89.09 4900 | 1 0.03 89.12 4920 | 4 0.12 89.24 4940 | 1 0.03 89.27 5000 | 2 0.06 89.33 5015 | 3 0.09 89.42 5040 | 1 0.03 89.45 5080 | 4 0.12 89.57 5120 | 11 0.33 89.91 5160 | 2 0.06 89.97 5170 | 1 0.03 90.00 5190 | 2 0.06 90.06 5200 | 1 0.03 90.09 5240 | 3 0.09 90.18 5280 | 1 0.03 90.21 5320 | 1 0.03 90.24 5345 | 1 0.03 90.27 5360 | 8 0.24 90.52 5380 | 2 0.06 90.58 5403 | 1 0.03 90.61 5483 | 1 0.03 90.64 5523 | 1 0.03 90.67 5560 | 6 0.18 90.85 5600 | 8 0.24 91.09 5640 | 4 0.12 91.22 5700 | 1 0.03 91.25 5720 | 12 0.36 91.61 5775 | 2 0.06 91.67 5790 | 1 0.03 91.70 5800 | 1 0.03 91.73 5880 | 6 0.18 91.91 5910 | 1 0.03 91.95 5920 | 4 0.12 92.07 5950 | 1 0.03 92.10 5960 | 3 0.09 92.19 5990 | 1 0.03 92.22 6000 | 1 0.03 92.25 6015 | 1 0.03 92.28 6020 | 2 0.06 92.34 6025 | 1 0.03 92.37 6080 | 2 0.06 92.43 6120 | 3 0.09 92.52 6160 | 8 0.24 92.77 6200 | 1 0.03 92.80 6240 | 1 0.03 92.83 6280 | 4 0.12 92.95 6323 | 1 0.03 92.98 6360 | 2 0.06 93.04 6403 | 3 0.09 93.13 6440 | 4 0.12 93.25 6453 | 2 0.06 93.31 6460 | 1 0.03 93.34 6483 | 6 0.18 93.53 6520 | 1 0.03 93.56 6560 | 1 0.03 93.59 6600 | 1 0.03 93.62 6640 | 4 0.12 93.74 6660 | 1 0.03 93.77 6680 | 1 0.03 93.80 6690 | 1 0.03 93.83 6720 | 1 0.03 93.86 6740 | 2 0.06 93.92 6760 | 13 0.40 94.32 6780 | 2 0.06 94.38 6800 | 4 0.12 94.50 6820 | 1 0.03 94.53 6840 | 5 0.15 94.68 6880 | 2 0.06 94.74 6920 | 4 0.12 94.86 6960 | 3 0.09 94.95 6980 | 3 0.09 95.05 7000 | 1 0.03 95.08 7040 | 10 0.30 95.38 7080 | 2 0.06 95.44 7120 | 1 0.03 95.47 7160 | 3 0.09 95.56 7200 | 1 0.03 95.59 7240 | 3 0.09 95.68 7320 | 1 0.03 95.71 7360 | 3 0.09 95.81 7400 | 1 0.03 95.84 7440 | 24 0.73 96.57 7480 | 1 0.03 96.60 7485 | 1 0.03 96.63 7490 | 2 0.06 96.69 7500 | 1 0.03 96.72 7510 | 1 0.03 96.75 7520 | 2 0.06 96.81 7560 | 5 0.15 96.96 7600 | 2 0.06 97.02 7610 | 1 0.03 97.05 7620 | 1 0.03 97.08 7640 | 1 0.03 97.11 7680 | 2 0.06 97.17 7720 | 2 0.06 97.23 7760 | 1 0.03 97.26 7800 | 1 0.03 97.29 7840 | 1 0.03 97.33 7880 | 2 0.06 97.39 7920 | 2 0.06 97.45 8003 | 2 0.06 97.51 8050 | 1 0.03 97.54 8080 | 3 0.09 97.63 8120 | 1 0.03 97.66 8160 | 3 0.09 97.75 8200 | 1 0.03 97.78 8240 | 2 0.06 97.84 8280 | 4 0.12 97.96 8320 | 2 0.06 98.02 8360 | 2 0.06 98.09 8400 | 3 0.09 98.18 8440 | 1 0.03 98.21 8480 | 1 0.03 98.24 8520 | 1 0.03 98.27 8560 | 5 0.15 98.42 8600 | 1 0.03 98.45 8640 | 1 0.03 98.48 8680 | 2 0.06 98.54 8720 | 2 0.06 98.60 8725 | 1 0.03 98.63 8750 | 1 0.03 98.66 8760 | 1 0.03 98.69 8780 | 1 0.03 98.72 8800 | 1 0.03 98.75 8840 | 16 0.49 99.24 8920 | 2 0.06 99.30 8940 | 1 0.03 99.33 8960 | 1 0.03 99.36 9000 | 3 0.09 99.45 9040 | 3 0.09 99.54 9080 | 1 0.03 99.57 9140 | 1 0.03 99.60 9160 | 3 0.09 99.70 9200 | 1 0.03 99.73 9243 | 1 0.03 99.76 9260 | 1 0.03 99.79 9280 | 2 0.06 99.85 9320 | 2 0.06 99.91 9340 | 2 0.06 99.97 9360 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_9 variable in msabea dataset : FIPS | Metropolita | n | Freq. Percent Cum. ------------+----------------------------------- | 2,490 75.68 75.68 0040 | 1 0.03 75.71 0060 | 4 0.12 75.84 0080 | 2 0.06 75.90 0120 | 2 0.06 75.96 0160 | 6 0.18 76.14 0200 | 1 0.03 76.17 0220 | 1 0.03 76.20 0240 | 4 0.12 76.32 0280 | 1 0.03 76.35 0320 | 2 0.06 76.41 0360 | 1 0.03 76.44 0380 | 1 0.03 76.47 0400 | 1 0.03 76.50 0405 | 1 0.03 76.53 0440 | 1 0.03 76.57 0450 | 1 0.03 76.60 0460 | 3 0.09 76.69 0470 | 4 0.12 76.81 0480 | 1 0.03 76.84 0500 | 4 0.12 76.96 0520 | 18 0.55 77.51 0560 | 2 0.06 77.57 0600 | 4 0.12 77.69 0620 | 2 0.06 77.75 0640 | 3 0.09 77.84 0680 | 1 0.03 77.87 0720 | 7 0.21 78.09 0733 | 1 0.03 78.12 0760 | 4 0.12 78.24 0780 | 1 0.03 78.27 0840 | 3 0.09 78.36 0845 | 1 0.03 78.39 0860 | 1 0.03 78.42 0870 | 1 0.03 78.45 0875 | 2 0.06 78.51 0880 | 1 0.03 78.54 0920 | 2 0.06 78.60 0960 | 2 0.06 78.66 1000 | 5 0.15 78.81 1010 | 2 0.06 78.88 1020 | 1 0.03 78.91 1040 | 1 0.03 78.94 1080 | 1 0.03 78.97 1123 | 5 0.15 79.12 1125 | 1 0.03 79.15 1140 | 1 0.03 79.18 1145 | 1 0.03 79.21 1150 | 1 0.03 79.24 1163 | 1 0.03 79.27 1240 | 1 0.03 79.30 1260 | 1 0.03 79.33 1280 | 1 0.03 79.36 1300 | 1 0.03 79.39 1303 | 2 0.06 79.45 1310 | 6 0.18 79.64 1320 | 2 0.06 79.70 1350 | 1 0.03 79.73 1360 | 1 0.03 79.76 1400 | 1 0.03 79.79 1440 | 3 0.09 79.88 1480 | 2 0.06 79.94 1520 | 7 0.21 80.15 1540 | 4 0.12 80.27 1560 | 6 0.18 80.46 1580 | 1 0.03 80.49 1600 | 3 0.09 80.58 1620 | 1 0.03 80.61 1640 | 7 0.21 80.82 1660 | 2 0.06 80.88 1680 | 4 0.12 81.00 1720 | 1 0.03 81.03 1740 | 1 0.03 81.06 1760 | 2 0.06 81.12 1800 | 3 0.09 81.22 1840 | 7 0.21 81.43 1880 | 2 0.06 81.49 1900 | 2 0.06 81.55 1920 | 6 0.18 81.73 1950 | 2 0.06 81.79 1960 | 3 0.09 81.88 2000 | 4 0.12 82.01 2020 | 1 0.03 82.04 2030 | 2 0.06 82.10 2040 | 1 0.03 82.13 2080 | 5 0.15 82.28 2120 | 3 0.09 82.37 2160 | 7 0.21 82.58 2180 | 2 0.06 82.64 2200 | 1 0.03 82.67 2240 | 2 0.06 82.74 2290 | 2 0.06 82.80 2320 | 1 0.03 82.83 2330 | 1 0.03 82.86 2335 | 1 0.03 82.89 2340 | 1 0.03 82.92 2360 | 1 0.03 82.95 2400 | 1 0.03 82.98 2440 | 4 0.12 83.10 2520 | 2 0.06 83.16 2560 | 1 0.03 83.19 2580 | 1 0.03 83.22 2640 | 1 0.03 83.25 2650 | 2 0.06 83.31 2655 | 1 0.03 83.34 2670 | 1 0.03 83.37 2680 | 1 0.03 83.40 2700 | 1 0.03 83.43 2710 | 2 0.06 83.50 2720 | 3 0.09 83.59 2750 | 1 0.03 83.62 2760 | 3 0.09 83.71 2800 | 3 0.09 83.80 2840 | 1 0.03 83.83 2880 | 1 0.03 83.86 2900 | 2 0.06 83.92 2920 | 1 0.03 83.95 2960 | 2 0.06 84.01 2975 | 2 0.06 84.07 2985 | 1 0.03 84.10 3000 | 2 0.06 84.16 3040 | 1 0.03 84.19 3060 | 1 0.03 84.22 3080 | 1 0.03 84.26 3120 | 7 0.21 84.47 3160 | 3 0.09 84.56 3180 | 1 0.03 84.59 3200 | 1 0.03 84.62 3240 | 4 0.12 84.74 3283 | 4 0.12 84.86 3290 | 3 0.09 84.95 3320 | 1 0.03 84.98 3350 | 2 0.06 85.05 3360 | 5 0.15 85.20 3400 | 6 0.18 85.38 3440 | 1 0.03 85.41 3480 | 8 0.24 85.65 3500 | 1 0.03 85.68 3520 | 1 0.03 85.71 3560 | 3 0.09 85.81 3580 | 1 0.03 85.84 3600 | 4 0.12 85.96 3605 | 1 0.03 85.99 3610 | 1 0.03 86.02 3620 | 1 0.03 86.05 3640 | 1 0.03 86.08 3660 | 8 0.24 86.32 3680 | 2 0.06 86.38 3690 | 2 0.06 86.44 3710 | 2 0.06 86.50 3720 | 1 0.03 86.53 3740 | 1 0.03 86.57 3760 | 10 0.30 86.87 3800 | 1 0.03 86.90 3810 | 2 0.06 86.96 3840 | 7 0.21 87.17 3850 | 2 0.06 87.23 3870 | 1 0.03 87.26 3880 | 2 0.06 87.33 3920 | 1 0.03 87.36 3960 | 1 0.03 87.39 3965 | 1 0.03 87.42 3980 | 1 0.03 87.45 4000 | 1 0.03 87.48 4040 | 3 0.09 87.57 4080 | 1 0.03 87.60 4100 | 1 0.03 87.63 4120 | 1 0.03 87.66 4150 | 1 0.03 87.69 4200 | 1 0.03 87.72 4243 | 1 0.03 87.75 4280 | 6 0.18 87.93 4320 | 2 0.06 87.99 4360 | 1 0.03 88.02 4400 | 4 0.12 88.15 4420 | 2 0.06 88.21 4440 | 1 0.03 88.24 4480 | 2 0.06 88.30 4520 | 7 0.21 88.51 4600 | 1 0.03 88.54 4640 | 3 0.09 88.63 4680 | 4 0.12 88.75 4720 | 1 0.03 88.78 4763 | 2 0.06 88.84 4800 | 1 0.03 88.88 4840 | 5 0.15 89.03 4880 | 1 0.03 89.06 4890 | 1 0.03 89.09 4900 | 1 0.03 89.12 4920 | 4 0.12 89.24 4940 | 1 0.03 89.27 5000 | 2 0.06 89.33 5015 | 3 0.09 89.42 5040 | 1 0.03 89.45 5080 | 4 0.12 89.57 5120 | 11 0.33 89.91 5160 | 2 0.06 89.97 5170 | 1 0.03 90.00 5190 | 2 0.06 90.06 5200 | 1 0.03 90.09 5240 | 3 0.09 90.18 5280 | 1 0.03 90.21 5320 | 1 0.03 90.24 5345 | 1 0.03 90.27 5360 | 8 0.24 90.52 5380 | 2 0.06 90.58 5403 | 1 0.03 90.61 5483 | 1 0.03 90.64 5523 | 1 0.03 90.67 5560 | 6 0.18 90.85 5600 | 8 0.24 91.09 5640 | 4 0.12 91.22 5700 | 1 0.03 91.25 5720 | 12 0.36 91.61 5775 | 2 0.06 91.67 5790 | 1 0.03 91.70 5800 | 1 0.03 91.73 5880 | 6 0.18 91.91 5910 | 1 0.03 91.95 5920 | 4 0.12 92.07 5950 | 1 0.03 92.10 5960 | 3 0.09 92.19 5990 | 1 0.03 92.22 6000 | 1 0.03 92.25 6015 | 1 0.03 92.28 6020 | 2 0.06 92.34 6025 | 1 0.03 92.37 6080 | 2 0.06 92.43 6120 | 3 0.09 92.52 6160 | 8 0.24 92.77 6200 | 1 0.03 92.80 6240 | 1 0.03 92.83 6280 | 4 0.12 92.95 6283 | 1 0.03 92.98 6323 | 1 0.03 93.01 6360 | 2 0.06 93.07 6403 | 3 0.09 93.16 6440 | 4 0.12 93.28 6453 | 2 0.06 93.34 6460 | 1 0.03 93.37 6483 | 5 0.15 93.53 6520 | 1 0.03 93.56 6560 | 1 0.03 93.59 6600 | 1 0.03 93.62 6640 | 4 0.12 93.74 6660 | 1 0.03 93.77 6680 | 1 0.03 93.80 6690 | 1 0.03 93.83 6720 | 1 0.03 93.86 6740 | 2 0.06 93.92 6760 | 13 0.40 94.32 6780 | 2 0.06 94.38 6800 | 4 0.12 94.50 6820 | 1 0.03 94.53 6840 | 5 0.15 94.68 6880 | 2 0.06 94.74 6920 | 4 0.12 94.86 6960 | 3 0.09 94.95 6980 | 3 0.09 95.05 7000 | 1 0.03 95.08 7040 | 10 0.30 95.38 7080 | 2 0.06 95.44 7120 | 1 0.03 95.47 7160 | 3 0.09 95.56 7200 | 1 0.03 95.59 7240 | 3 0.09 95.68 7320 | 1 0.03 95.71 7360 | 3 0.09 95.81 7400 | 1 0.03 95.84 7440 | 24 0.73 96.57 7480 | 1 0.03 96.60 7485 | 1 0.03 96.63 7490 | 2 0.06 96.69 7500 | 1 0.03 96.72 7510 | 1 0.03 96.75 7520 | 2 0.06 96.81 7560 | 5 0.15 96.96 7600 | 2 0.06 97.02 7610 | 1 0.03 97.05 7620 | 1 0.03 97.08 7640 | 1 0.03 97.11 7680 | 2 0.06 97.17 7720 | 2 0.06 97.23 7760 | 1 0.03 97.26 7800 | 1 0.03 97.29 7840 | 1 0.03 97.33 7880 | 2 0.06 97.39 7920 | 2 0.06 97.45 8003 | 2 0.06 97.51 8050 | 1 0.03 97.54 8080 | 3 0.09 97.63 8120 | 1 0.03 97.66 8160 | 3 0.09 97.75 8200 | 1 0.03 97.78 8240 | 2 0.06 97.84 8280 | 4 0.12 97.96 8320 | 2 0.06 98.02 8360 | 2 0.06 98.09 8400 | 3 0.09 98.18 8440 | 1 0.03 98.21 8480 | 1 0.03 98.24 8520 | 1 0.03 98.27 8560 | 5 0.15 98.42 8600 | 1 0.03 98.45 8640 | 1 0.03 98.48 8680 | 2 0.06 98.54 8720 | 2 0.06 98.60 8725 | 1 0.03 98.63 8750 | 1 0.03 98.66 8760 | 1 0.03 98.69 8780 | 1 0.03 98.72 8800 | 1 0.03 98.75 8840 | 16 0.49 99.24 8920 | 2 0.06 99.30 8940 | 1 0.03 99.33 8960 | 1 0.03 99.36 9000 | 3 0.09 99.45 9040 | 3 0.09 99.54 9080 | 1 0.03 99.57 9140 | 1 0.03 99.60 9160 | 3 0.09 99.70 9200 | 1 0.03 99.73 9243 | 1 0.03 99.76 9260 | 1 0.03 99.79 9280 | 2 0.06 99.85 9320 | 2 0.06 99.91 9340 | 2 0.06 99.97 9360 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_10 variable in msabea dataset : New FIPS | Metropolita | n | Freq. Percent Cum. ------------+----------------------------------- | 2,399 72.92 72.92 0040 | 1 0.03 72.95 0060 | 3 0.09 73.04 0080 | 2 0.06 73.10 0120 | 2 0.06 73.16 0160 | 6 0.18 73.34 0200 | 3 0.09 73.43 0220 | 1 0.03 73.47 0240 | 3 0.09 73.56 0280 | 1 0.03 73.59 0320 | 2 0.06 73.65 0380 | 1 0.03 73.68 0440 | 3 0.09 73.77 0450 | 1 0.03 73.80 0460 | 3 0.09 73.89 0470 | 3 0.09 73.98 0480 | 2 0.06 74.04 0500 | 3 0.09 74.13 0520 | 20 0.61 74.74 0560 | 2 0.06 74.80 0600 | 4 0.12 74.92 0640 | 5 0.15 75.08 0680 | 1 0.03 75.11 0720 | 7 0.21 75.32 0733 | 1 0.03 75.35 0743 | 1 0.03 75.38 0760 | 3 0.09 75.47 0840 | 3 0.09 75.56 0860 | 1 0.03 75.59 0870 | 1 0.03 75.62 0880 | 1 0.03 75.65 0920 | 3 0.09 75.74 0960 | 2 0.06 75.81 1000 | 4 0.12 75.93 1010 | 2 0.06 75.99 1020 | 1 0.03 76.02 1040 | 1 0.03 76.05 1080 | 2 0.06 76.11 1123 | 11 0.33 76.44 1125 | 1 0.03 76.47 1145 | 1 0.03 76.50 1150 | 1 0.03 76.53 1240 | 1 0.03 76.57 1260 | 1 0.03 76.60 1280 | 2 0.06 76.66 1303 | 3 0.09 76.75 1310 | 5 0.15 76.90 1320 | 2 0.06 76.96 1350 | 1 0.03 76.99 1360 | 1 0.03 77.02 1400 | 1 0.03 77.05 1440 | 3 0.09 77.14 1480 | 2 0.06 77.20 1520 | 7 0.21 77.42 1540 | 4 0.12 77.54 1560 | 4 0.12 77.66 1580 | 1 0.03 77.69 1600 | 9 0.27 77.96 1620 | 1 0.03 77.99 1640 | 12 0.36 78.36 1660 | 2 0.06 78.42 1680 | 6 0.18 78.60 1720 | 1 0.03 78.63 1740 | 1 0.03 78.66 1760 | 2 0.06 78.72 1800 | 4 0.12 78.84 1840 | 6 0.18 79.03 1880 | 2 0.06 79.09 1900 | 2 0.06 79.15 1920 | 8 0.24 79.39 1950 | 2 0.06 79.45 1960 | 3 0.09 79.54 2000 | 4 0.12 79.67 2020 | 2 0.06 79.73 2030 | 2 0.06 79.79 2040 | 1 0.03 79.82 2080 | 5 0.15 79.97 2120 | 3 0.09 80.06 2160 | 6 0.18 80.24 2180 | 2 0.06 80.30 2190 | 1 0.03 80.33 2200 | 1 0.03 80.36 2240 | 2 0.06 80.43 2281 | 1 0.03 80.46 2290 | 2 0.06 80.52 2320 | 1 0.03 80.55 2330 | 1 0.03 80.58 2335 | 1 0.03 80.61 2340 | 1 0.03 80.64 2360 | 1 0.03 80.67 2400 | 1 0.03 80.70 2440 | 4 0.12 80.82 2520 | 2 0.06 80.88 2560 | 1 0.03 80.91 2580 | 2 0.06 80.97 2640 | 1 0.03 81.00 2650 | 2 0.06 81.06 2655 | 1 0.03 81.09 2670 | 1 0.03 81.12 2680 | 1 0.03 81.16 2700 | 1 0.03 81.19 2710 | 2 0.06 81.25 2720 | 3 0.09 81.34 2750 | 1 0.03 81.37 2760 | 6 0.18 81.55 2800 | 4 0.12 81.67 2840 | 2 0.06 81.73 2880 | 1 0.03 81.76 2900 | 1 0.03 81.79 2920 | 1 0.03 81.82 2960 | 2 0.06 81.88 2975 | 2 0.06 81.95 2980 | 1 0.03 81.98 2985 | 2 0.06 82.04 3000 | 4 0.12 82.16 3040 | 1 0.03 82.19 3060 | 1 0.03 82.22 3080 | 1 0.03 82.25 3120 | 8 0.24 82.49 3150 | 1 0.03 82.52 3160 | 5 0.15 82.67 3180 | 1 0.03 82.71 3200 | 1 0.03 82.74 3240 | 4 0.12 82.86 3283 | 4 0.12 82.98 3290 | 4 0.12 83.10 3320 | 1 0.03 83.13 3350 | 2 0.06 83.19 3360 | 6 0.18 83.37 3400 | 5 0.15 83.53 3440 | 2 0.06 83.59 3480 | 9 0.27 83.86 3500 | 1 0.03 83.89 3520 | 1 0.03 83.92 3560 | 3 0.09 84.01 3600 | 4 0.12 84.13 3605 | 1 0.03 84.16 3610 | 1 0.03 84.19 3620 | 1 0.03 84.22 3660 | 8 0.24 84.47 3680 | 2 0.06 84.53 3710 | 2 0.06 84.59 3720 | 3 0.09 84.68 3740 | 1 0.03 84.71 3760 | 11 0.33 85.05 3800 | 1 0.03 85.08 3810 | 2 0.06 85.14 3840 | 6 0.18 85.32 3850 | 2 0.06 85.38 3870 | 2 0.06 85.44 3880 | 4 0.12 85.56 3920 | 2 0.06 85.62 3960 | 1 0.03 85.65 3980 | 1 0.03 85.68 4000 | 1 0.03 85.71 4040 | 3 0.09 85.81 4080 | 1 0.03 85.84 4100 | 1 0.03 85.87 4120 | 3 0.09 85.96 4150 | 1 0.03 85.99 4200 | 1 0.03 86.02 4243 | 1 0.03 86.05 4280 | 7 0.21 86.26 4320 | 2 0.06 86.32 4360 | 1 0.03 86.35 4400 | 4 0.12 86.47 4420 | 3 0.09 86.57 4480 | 2 0.06 86.63 4520 | 7 0.21 86.84 4600 | 1 0.03 86.87 4640 | 5 0.15 87.02 4680 | 5 0.15 87.17 4720 | 1 0.03 87.20 4800 | 2 0.06 87.26 4840 | 6 0.18 87.45 4880 | 1 0.03 87.48 4890 | 1 0.03 87.51 4900 | 1 0.03 87.54 4920 | 5 0.15 87.69 4940 | 1 0.03 87.72 5000 | 2 0.06 87.78 5080 | 4 0.12 87.90 5120 | 13 0.40 88.30 5160 | 2 0.06 88.36 5170 | 1 0.03 88.39 5200 | 1 0.03 88.42 5240 | 3 0.09 88.51 5280 | 1 0.03 88.54 5330 | 1 0.03 88.57 5345 | 1 0.03 88.60 5360 | 8 0.24 88.84 5483 | 2 0.06 88.91 5523 | 1 0.03 88.94 5560 | 8 0.24 89.18 5600 | 24 0.73 89.91 5720 | 15 0.46 90.36 5775 | 2 0.06 90.43 5790 | 1 0.03 90.46 5800 | 2 0.06 90.52 5880 | 6 0.18 90.70 5910 | 1 0.03 90.73 5920 | 5 0.15 90.88 5945 | 1 0.03 90.91 5950 | 1 0.03 90.94 5960 | 4 0.12 91.06 5990 | 1 0.03 91.09 6015 | 1 0.03 91.12 6020 | 2 0.06 91.19 6080 | 2 0.06 91.25 6120 | 3 0.09 91.34 6160 | 9 0.27 91.61 6200 | 2 0.06 91.67 6240 | 1 0.03 91.70 6280 | 6 0.18 91.88 6323 | 1 0.03 91.91 6360 | 6 0.18 92.10 6403 | 3 0.09 92.19 6440 | 6 0.18 92.37 6483 | 6 0.18 92.55 6520 | 1 0.03 92.58 6560 | 1 0.03 92.61 6580 | 1 0.03 92.64 6600 | 1 0.03 92.67 6640 | 6 0.18 92.86 6660 | 1 0.03 92.89 6680 | 1 0.03 92.92 6690 | 1 0.03 92.95 6720 | 1 0.03 92.98 6740 | 2 0.06 93.04 6760 | 13 0.40 93.43 6780 | 2 0.06 93.50 6800 | 4 0.12 93.62 6820 | 1 0.03 93.65 6840 | 6 0.18 93.83 6880 | 3 0.09 93.92 6895 | 2 0.06 93.98 6920 | 3 0.09 94.07 6960 | 3 0.09 94.16 6980 | 2 0.06 94.22 7000 | 2 0.06 94.29 7040 | 12 0.36 94.65 7080 | 2 0.06 94.71 7120 | 1 0.03 94.74 7160 | 3 0.09 94.83 7200 | 1 0.03 94.86 7240 | 4 0.12 94.98 7320 | 1 0.03 95.02 7360 | 3 0.09 95.11 7400 | 1 0.03 95.14 7440 | 30 0.91 96.05 7460 | 1 0.03 96.08 7480 | 1 0.03 96.11 7485 | 1 0.03 96.14 7490 | 2 0.06 96.20 7500 | 1 0.03 96.23 7510 | 2 0.06 96.29 7520 | 3 0.09 96.38 7560 | 4 0.12 96.50 7600 | 3 0.09 96.60 7610 | 1 0.03 96.63 7620 | 1 0.03 96.66 7640 | 1 0.03 96.69 7680 | 3 0.09 96.78 7720 | 2 0.06 96.84 7760 | 2 0.06 96.90 7800 | 1 0.03 96.93 7840 | 1 0.03 96.96 7880 | 2 0.06 97.02 7920 | 3 0.09 97.11 8003 | 2 0.06 97.17 8050 | 1 0.03 97.20 8080 | 3 0.09 97.29 8120 | 1 0.03 97.33 8140 | 1 0.03 97.36 8160 | 4 0.12 97.48 8200 | 1 0.03 97.51 8240 | 2 0.06 97.57 8280 | 4 0.12 97.69 8320 | 3 0.09 97.78 8360 | 2 0.06 97.84 8400 | 3 0.09 97.93 8440 | 1 0.03 97.96 8480 | 1 0.03 97.99 8520 | 1 0.03 98.02 8560 | 5 0.15 98.18 8600 | 1 0.03 98.21 8640 | 1 0.03 98.24 8680 | 2 0.06 98.30 8720 | 2 0.06 98.36 8735 | 1 0.03 98.39 8750 | 1 0.03 98.42 8760 | 1 0.03 98.45 8780 | 1 0.03 98.48 8800 | 1 0.03 98.51 8840 | 25 0.76 99.27 8920 | 1 0.03 99.30 8940 | 1 0.03 99.33 8960 | 1 0.03 99.36 9000 | 3 0.09 99.45 9040 | 3 0.09 99.54 9080 | 2 0.06 99.60 9140 | 1 0.03 99.64 9160 | 2 0.06 99.70 9200 | 1 0.03 99.73 9260 | 1 0.03 99.76 9270 | 1 0.03 99.79 9280 | 1 0.03 99.82 9320 | 3 0.09 99.91 9340 | 2 0.06 99.97 9360 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_11 variable in msabea dataset : Reclassifie | d MSA Codes | Freq. Percent Cum. ------------+----------------------------------- | 2,393 72.74 72.74 0040 | 1 0.03 72.77 0060 | 3 0.09 72.86 0080 | 2 0.06 72.92 0120 | 2 0.06 72.98 0160 | 6 0.18 73.16 0200 | 3 0.09 73.25 0220 | 1 0.03 73.28 0240 | 3 0.09 73.37 0280 | 1 0.03 73.40 0320 | 2 0.06 73.47 0380 | 1 0.03 73.50 0440 | 3 0.09 73.59 0450 | 1 0.03 73.62 0460 | 3 0.09 73.71 0470 | 3 0.09 73.80 0480 | 2 0.06 73.86 0500 | 3 0.09 73.95 0520 | 20 0.61 74.56 0560 | 2 0.06 74.62 0600 | 5 0.15 74.77 0640 | 5 0.15 74.92 0680 | 1 0.03 74.95 0720 | 7 0.21 75.17 0733 | 1 0.03 75.20 0743 | 1 0.03 75.23 0760 | 4 0.12 75.35 0840 | 3 0.09 75.44 0860 | 1 0.03 75.47 0870 | 1 0.03 75.50 0875 | 2 0.06 75.56 0880 | 1 0.03 75.59 0920 | 3 0.09 75.68 0960 | 2 0.06 75.74 1000 | 4 0.12 75.87 1010 | 2 0.06 75.93 1020 | 1 0.03 75.96 1040 | 1 0.03 75.99 1080 | 2 0.06 76.05 1123 | 11 0.33 76.38 1125 | 1 0.03 76.41 1145 | 1 0.03 76.44 1150 | 1 0.03 76.47 1240 | 1 0.03 76.50 1260 | 1 0.03 76.53 1280 | 2 0.06 76.60 1303 | 3 0.09 76.69 1310 | 5 0.15 76.84 1320 | 2 0.06 76.90 1350 | 1 0.03 76.93 1360 | 1 0.03 76.96 1400 | 1 0.03 76.99 1440 | 3 0.09 77.08 1480 | 2 0.06 77.14 1520 | 7 0.21 77.36 1540 | 4 0.12 77.48 1560 | 5 0.15 77.63 1580 | 1 0.03 77.66 1600 | 9 0.27 77.93 1620 | 1 0.03 77.96 1640 | 12 0.36 78.33 1660 | 2 0.06 78.39 1680 | 6 0.18 78.57 1720 | 1 0.03 78.60 1740 | 1 0.03 78.63 1760 | 2 0.06 78.69 1800 | 4 0.12 78.81 1840 | 6 0.18 79.00 1880 | 2 0.06 79.06 1900 | 2 0.06 79.12 1920 | 8 0.24 79.36 1950 | 2 0.06 79.42 1960 | 3 0.09 79.51 2000 | 4 0.12 79.64 2020 | 2 0.06 79.70 2030 | 2 0.06 79.76 2040 | 1 0.03 79.79 2080 | 5 0.15 79.94 2120 | 3 0.09 80.03 2160 | 6 0.18 80.21 2180 | 2 0.06 80.27 2190 | 1 0.03 80.30 2200 | 1 0.03 80.33 2240 | 2 0.06 80.40 2281 | 1 0.03 80.43 2290 | 2 0.06 80.49 2320 | 1 0.03 80.52 2330 | 1 0.03 80.55 2335 | 1 0.03 80.58 2340 | 1 0.03 80.61 2360 | 1 0.03 80.64 2400 | 1 0.03 80.67 2440 | 4 0.12 80.79 2520 | 2 0.06 80.85 2560 | 1 0.03 80.88 2580 | 2 0.06 80.94 2640 | 1 0.03 80.97 2650 | 2 0.06 81.03 2655 | 1 0.03 81.06 2670 | 1 0.03 81.09 2680 | 1 0.03 81.12 2700 | 1 0.03 81.16 2710 | 2 0.06 81.22 2720 | 3 0.09 81.31 2750 | 1 0.03 81.34 2760 | 6 0.18 81.52 2800 | 4 0.12 81.64 2840 | 2 0.06 81.70 2880 | 1 0.03 81.73 2900 | 1 0.03 81.76 2920 | 1 0.03 81.79 2960 | 2 0.06 81.85 2975 | 2 0.06 81.91 2980 | 1 0.03 81.95 2985 | 2 0.06 82.01 3000 | 4 0.12 82.13 3040 | 1 0.03 82.16 3060 | 1 0.03 82.19 3080 | 1 0.03 82.22 3120 | 8 0.24 82.46 3150 | 1 0.03 82.49 3160 | 5 0.15 82.64 3180 | 1 0.03 82.67 3200 | 1 0.03 82.71 3240 | 4 0.12 82.83 3283 | 4 0.12 82.95 3290 | 4 0.12 83.07 3320 | 1 0.03 83.10 3350 | 2 0.06 83.16 3360 | 6 0.18 83.34 3400 | 6 0.18 83.53 3440 | 2 0.06 83.59 3480 | 9 0.27 83.86 3500 | 1 0.03 83.89 3520 | 1 0.03 83.92 3560 | 3 0.09 84.01 3580 | 1 0.03 84.04 3600 | 4 0.12 84.16 3605 | 1 0.03 84.19 3610 | 1 0.03 84.22 3620 | 1 0.03 84.26 3640 | 1 0.03 84.29 3660 | 8 0.24 84.53 3680 | 2 0.06 84.59 3710 | 2 0.06 84.65 3720 | 3 0.09 84.74 3740 | 1 0.03 84.77 3760 | 11 0.33 85.11 3800 | 1 0.03 85.14 3810 | 2 0.06 85.20 3840 | 6 0.18 85.38 3850 | 2 0.06 85.44 3870 | 2 0.06 85.50 3880 | 4 0.12 85.62 3920 | 2 0.06 85.68 3960 | 1 0.03 85.71 3980 | 1 0.03 85.74 4000 | 1 0.03 85.78 4040 | 3 0.09 85.87 4080 | 1 0.03 85.90 4100 | 1 0.03 85.93 4120 | 3 0.09 86.02 4150 | 1 0.03 86.05 4200 | 1 0.03 86.08 4243 | 1 0.03 86.11 4280 | 7 0.21 86.32 4320 | 2 0.06 86.38 4360 | 1 0.03 86.41 4400 | 4 0.12 86.53 4420 | 3 0.09 86.63 4480 | 2 0.06 86.69 4520 | 7 0.21 86.90 4600 | 1 0.03 86.93 4640 | 5 0.15 87.08 4680 | 5 0.15 87.23 4720 | 1 0.03 87.26 4800 | 2 0.06 87.33 4840 | 6 0.18 87.51 4880 | 1 0.03 87.54 4890 | 1 0.03 87.57 4900 | 1 0.03 87.60 4920 | 5 0.15 87.75 4940 | 1 0.03 87.78 5000 | 2 0.06 87.84 5015 | 3 0.09 87.93 5080 | 4 0.12 88.05 5120 | 13 0.40 88.45 5160 | 2 0.06 88.51 5170 | 1 0.03 88.54 5190 | 2 0.06 88.60 5200 | 1 0.03 88.63 5240 | 3 0.09 88.72 5280 | 1 0.03 88.75 5330 | 1 0.03 88.78 5345 | 1 0.03 88.81 5360 | 8 0.24 89.06 5380 | 2 0.06 89.12 5483 | 2 0.06 89.18 5523 | 1 0.03 89.21 5560 | 8 0.24 89.45 5600 | 8 0.24 89.70 5640 | 5 0.15 89.85 5660 | 2 0.06 89.91 5720 | 15 0.46 90.36 5775 | 2 0.06 90.43 5790 | 1 0.03 90.46 5800 | 2 0.06 90.52 5880 | 6 0.18 90.70 5910 | 1 0.03 90.73 5920 | 5 0.15 90.88 5945 | 1 0.03 90.91 5960 | 4 0.12 91.03 5990 | 1 0.03 91.06 6015 | 1 0.03 91.09 6020 | 2 0.06 91.16 6080 | 2 0.06 91.22 6120 | 3 0.09 91.31 6160 | 9 0.27 91.58 6200 | 2 0.06 91.64 6240 | 1 0.03 91.67 6280 | 6 0.18 91.85 6323 | 1 0.03 91.88 6360 | 6 0.18 92.07 6403 | 3 0.09 92.16 6440 | 6 0.18 92.34 6483 | 6 0.18 92.52 6520 | 1 0.03 92.55 6560 | 1 0.03 92.58 6580 | 1 0.03 92.61 6600 | 1 0.03 92.64 6640 | 6 0.18 92.83 6660 | 1 0.03 92.86 6680 | 1 0.03 92.89 6690 | 1 0.03 92.92 6720 | 1 0.03 92.95 6740 | 2 0.06 93.01 6760 | 13 0.40 93.40 6780 | 2 0.06 93.47 6800 | 4 0.12 93.59 6820 | 1 0.03 93.62 6840 | 6 0.18 93.80 6880 | 3 0.09 93.89 6895 | 2 0.06 93.95 6920 | 3 0.09 94.04 6960 | 3 0.09 94.13 6980 | 2 0.06 94.19 7000 | 2 0.06 94.26 7040 | 12 0.36 94.62 7080 | 2 0.06 94.68 7120 | 1 0.03 94.71 7160 | 3 0.09 94.80 7200 | 1 0.03 94.83 7240 | 4 0.12 94.95 7320 | 1 0.03 94.98 7360 | 3 0.09 95.08 7400 | 1 0.03 95.11 7440 | 30 0.91 96.02 7460 | 1 0.03 96.05 7480 | 1 0.03 96.08 7485 | 1 0.03 96.11 7490 | 2 0.06 96.17 7500 | 1 0.03 96.20 7510 | 2 0.06 96.26 7520 | 3 0.09 96.35 7560 | 4 0.12 96.47 7600 | 3 0.09 96.57 7610 | 1 0.03 96.60 7620 | 1 0.03 96.63 7640 | 1 0.03 96.66 7680 | 3 0.09 96.75 7720 | 2 0.06 96.81 7760 | 2 0.06 96.87 7800 | 1 0.03 96.90 7840 | 1 0.03 96.93 7880 | 2 0.06 96.99 7920 | 3 0.09 97.08 8003 | 2 0.06 97.14 8050 | 1 0.03 97.17 8080 | 3 0.09 97.26 8120 | 1 0.03 97.29 8140 | 1 0.03 97.33 8160 | 4 0.12 97.45 8200 | 1 0.03 97.48 8240 | 2 0.06 97.54 8280 | 4 0.12 97.66 8320 | 3 0.09 97.75 8360 | 2 0.06 97.81 8400 | 3 0.09 97.90 8440 | 1 0.03 97.93 8480 | 1 0.03 97.96 8520 | 1 0.03 97.99 8560 | 5 0.15 98.15 8600 | 1 0.03 98.18 8640 | 1 0.03 98.21 8680 | 2 0.06 98.27 8720 | 2 0.06 98.33 8735 | 1 0.03 98.36 8750 | 1 0.03 98.39 8760 | 1 0.03 98.42 8780 | 1 0.03 98.45 8800 | 1 0.03 98.48 8840 | 25 0.76 99.24 8920 | 1 0.03 99.27 8940 | 1 0.03 99.30 8960 | 1 0.03 99.33 9000 | 3 0.09 99.42 9040 | 3 0.09 99.51 9080 | 2 0.06 99.57 9140 | 1 0.03 99.60 9160 | 2 0.06 99.67 9200 | 2 0.06 99.73 9260 | 1 0.03 99.76 9270 | 1 0.03 99.79 9280 | 1 0.03 99.82 9320 | 3 0.09 99.91 9340 | 2 0.06 99.97 9360 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_12 variable in msabea dataset : FIPS MSA | Area | Assigned | Freq. Percent Cum. ------------+----------------------------------- | 2,391 72.67 72.67 0040 | 1 0.03 72.71 0060 | 3 0.09 72.80 0080 | 2 0.06 72.86 0120 | 2 0.06 72.92 0160 | 6 0.18 73.10 0200 | 3 0.09 73.19 0220 | 1 0.03 73.22 0240 | 3 0.09 73.31 0280 | 1 0.03 73.34 0320 | 2 0.06 73.40 0380 | 1 0.03 73.43 0440 | 3 0.09 73.53 0450 | 1 0.03 73.56 0460 | 3 0.09 73.65 0470 | 3 0.09 73.74 0480 | 2 0.06 73.80 0500 | 3 0.09 73.89 0520 | 20 0.61 74.50 0560 | 2 0.06 74.56 0600 | 5 0.15 74.71 0640 | 5 0.15 74.86 0680 | 1 0.03 74.89 0720 | 7 0.21 75.11 0733 | 1 0.03 75.14 0743 | 1 0.03 75.17 0760 | 4 0.12 75.29 0840 | 3 0.09 75.38 0860 | 1 0.03 75.41 0870 | 1 0.03 75.44 0875 | 2 0.06 75.50 0880 | 1 0.03 75.53 0920 | 3 0.09 75.62 0960 | 2 0.06 75.68 1000 | 4 0.12 75.81 1010 | 2 0.06 75.87 1020 | 1 0.03 75.90 1040 | 1 0.03 75.93 1080 | 2 0.06 75.99 1123 | 11 0.33 76.32 1125 | 1 0.03 76.35 1145 | 1 0.03 76.38 1150 | 1 0.03 76.41 1240 | 1 0.03 76.44 1260 | 1 0.03 76.47 1280 | 2 0.06 76.53 1303 | 3 0.09 76.63 1310 | 5 0.15 76.78 1320 | 2 0.06 76.84 1350 | 1 0.03 76.87 1360 | 1 0.03 76.90 1400 | 1 0.03 76.93 1440 | 3 0.09 77.02 1480 | 2 0.06 77.08 1520 | 7 0.21 77.29 1540 | 4 0.12 77.42 1560 | 5 0.15 77.57 1580 | 1 0.03 77.60 1600 | 9 0.27 77.87 1620 | 1 0.03 77.90 1640 | 12 0.36 78.27 1660 | 2 0.06 78.33 1680 | 6 0.18 78.51 1720 | 1 0.03 78.54 1740 | 1 0.03 78.57 1760 | 2 0.06 78.63 1800 | 4 0.12 78.75 1840 | 6 0.18 78.94 1880 | 2 0.06 79.00 1900 | 2 0.06 79.06 1920 | 8 0.24 79.30 1950 | 2 0.06 79.36 1960 | 3 0.09 79.45 2000 | 4 0.12 79.57 2020 | 2 0.06 79.64 2030 | 2 0.06 79.70 2040 | 1 0.03 79.73 2080 | 5 0.15 79.88 2120 | 3 0.09 79.97 2160 | 6 0.18 80.15 2180 | 2 0.06 80.21 2190 | 1 0.03 80.24 2200 | 1 0.03 80.27 2240 | 2 0.06 80.33 2281 | 1 0.03 80.36 2290 | 2 0.06 80.43 2320 | 1 0.03 80.46 2330 | 1 0.03 80.49 2335 | 1 0.03 80.52 2340 | 1 0.03 80.55 2360 | 1 0.03 80.58 2400 | 1 0.03 80.61 2440 | 4 0.12 80.73 2520 | 2 0.06 80.79 2560 | 1 0.03 80.82 2580 | 2 0.06 80.88 2640 | 1 0.03 80.91 2650 | 2 0.06 80.97 2655 | 1 0.03 81.00 2670 | 1 0.03 81.03 2680 | 1 0.03 81.06 2700 | 1 0.03 81.09 2710 | 2 0.06 81.16 2720 | 3 0.09 81.25 2750 | 1 0.03 81.28 2760 | 6 0.18 81.46 2800 | 4 0.12 81.58 2840 | 2 0.06 81.64 2880 | 1 0.03 81.67 2900 | 1 0.03 81.70 2920 | 1 0.03 81.73 2960 | 2 0.06 81.79 2975 | 2 0.06 81.85 2980 | 1 0.03 81.88 2985 | 2 0.06 81.95 3000 | 4 0.12 82.07 3040 | 1 0.03 82.10 3060 | 1 0.03 82.13 3080 | 1 0.03 82.16 3120 | 8 0.24 82.40 3150 | 1 0.03 82.43 3160 | 5 0.15 82.58 3180 | 1 0.03 82.61 3200 | 1 0.03 82.64 3240 | 4 0.12 82.77 3283 | 4 0.12 82.89 3285 | 2 0.06 82.95 3290 | 4 0.12 83.07 3320 | 1 0.03 83.10 3350 | 2 0.06 83.16 3360 | 6 0.18 83.34 3400 | 6 0.18 83.53 3440 | 2 0.06 83.59 3480 | 9 0.27 83.86 3500 | 1 0.03 83.89 3520 | 1 0.03 83.92 3560 | 3 0.09 84.01 3580 | 1 0.03 84.04 3600 | 4 0.12 84.16 3605 | 1 0.03 84.19 3610 | 1 0.03 84.22 3620 | 1 0.03 84.26 3640 | 1 0.03 84.29 3660 | 8 0.24 84.53 3680 | 2 0.06 84.59 3710 | 2 0.06 84.65 3720 | 3 0.09 84.74 3740 | 1 0.03 84.77 3760 | 11 0.33 85.11 3800 | 1 0.03 85.14 3810 | 2 0.06 85.20 3840 | 6 0.18 85.38 3850 | 2 0.06 85.44 3870 | 2 0.06 85.50 3880 | 4 0.12 85.62 3920 | 2 0.06 85.68 3960 | 1 0.03 85.71 3980 | 1 0.03 85.74 4000 | 1 0.03 85.78 4040 | 3 0.09 85.87 4080 | 1 0.03 85.90 4100 | 1 0.03 85.93 4120 | 3 0.09 86.02 4150 | 1 0.03 86.05 4200 | 1 0.03 86.08 4243 | 1 0.03 86.11 4280 | 7 0.21 86.32 4320 | 2 0.06 86.38 4360 | 1 0.03 86.41 4400 | 4 0.12 86.53 4420 | 3 0.09 86.63 4480 | 2 0.06 86.69 4520 | 7 0.21 86.90 4600 | 1 0.03 86.93 4640 | 5 0.15 87.08 4680 | 5 0.15 87.23 4720 | 1 0.03 87.26 4800 | 2 0.06 87.33 4840 | 6 0.18 87.51 4880 | 1 0.03 87.54 4890 | 1 0.03 87.57 4900 | 1 0.03 87.60 4920 | 5 0.15 87.75 4940 | 1 0.03 87.78 5000 | 2 0.06 87.84 5015 | 3 0.09 87.93 5080 | 4 0.12 88.05 5120 | 13 0.40 88.45 5160 | 2 0.06 88.51 5170 | 1 0.03 88.54 5190 | 2 0.06 88.60 5200 | 1 0.03 88.63 5240 | 3 0.09 88.72 5280 | 1 0.03 88.75 5330 | 1 0.03 88.78 5345 | 1 0.03 88.81 5360 | 8 0.24 89.06 5380 | 2 0.06 89.12 5483 | 2 0.06 89.18 5523 | 1 0.03 89.21 5560 | 8 0.24 89.45 5600 | 8 0.24 89.70 5640 | 5 0.15 89.85 5660 | 2 0.06 89.91 5720 | 15 0.46 90.36 5775 | 2 0.06 90.43 5790 | 1 0.03 90.46 5800 | 2 0.06 90.52 5880 | 6 0.18 90.70 5910 | 1 0.03 90.73 5920 | 5 0.15 90.88 5945 | 1 0.03 90.91 5960 | 4 0.12 91.03 5990 | 1 0.03 91.06 6015 | 1 0.03 91.09 6020 | 2 0.06 91.16 6080 | 2 0.06 91.22 6120 | 3 0.09 91.31 6160 | 9 0.27 91.58 6200 | 2 0.06 91.64 6240 | 1 0.03 91.67 6280 | 6 0.18 91.85 6323 | 1 0.03 91.88 6360 | 6 0.18 92.07 6403 | 3 0.09 92.16 6440 | 6 0.18 92.34 6483 | 6 0.18 92.52 6520 | 1 0.03 92.55 6560 | 1 0.03 92.58 6580 | 1 0.03 92.61 6600 | 1 0.03 92.64 6640 | 6 0.18 92.83 6660 | 1 0.03 92.86 6680 | 1 0.03 92.89 6690 | 1 0.03 92.92 6720 | 1 0.03 92.95 6740 | 2 0.06 93.01 6760 | 13 0.40 93.40 6780 | 2 0.06 93.47 6800 | 4 0.12 93.59 6820 | 1 0.03 93.62 6840 | 6 0.18 93.80 6880 | 3 0.09 93.89 6895 | 2 0.06 93.95 6920 | 3 0.09 94.04 6960 | 3 0.09 94.13 6980 | 2 0.06 94.19 7000 | 2 0.06 94.26 7040 | 12 0.36 94.62 7080 | 2 0.06 94.68 7120 | 1 0.03 94.71 7160 | 3 0.09 94.80 7200 | 1 0.03 94.83 7240 | 4 0.12 94.95 7320 | 1 0.03 94.98 7360 | 3 0.09 95.08 7400 | 1 0.03 95.11 7440 | 30 0.91 96.02 7460 | 1 0.03 96.05 7480 | 1 0.03 96.08 7485 | 1 0.03 96.11 7490 | 2 0.06 96.17 7500 | 1 0.03 96.20 7510 | 2 0.06 96.26 7520 | 3 0.09 96.35 7560 | 4 0.12 96.47 7600 | 3 0.09 96.57 7610 | 1 0.03 96.60 7620 | 1 0.03 96.63 7640 | 1 0.03 96.66 7680 | 3 0.09 96.75 7720 | 2 0.06 96.81 7760 | 2 0.06 96.87 7800 | 1 0.03 96.90 7840 | 1 0.03 96.93 7880 | 2 0.06 96.99 7920 | 3 0.09 97.08 8003 | 2 0.06 97.14 8050 | 1 0.03 97.17 8080 | 3 0.09 97.26 8120 | 1 0.03 97.29 8140 | 1 0.03 97.33 8160 | 4 0.12 97.45 8200 | 1 0.03 97.48 8240 | 2 0.06 97.54 8280 | 4 0.12 97.66 8320 | 3 0.09 97.75 8360 | 2 0.06 97.81 8400 | 3 0.09 97.90 8440 | 1 0.03 97.93 8480 | 1 0.03 97.96 8520 | 1 0.03 97.99 8560 | 5 0.15 98.15 8600 | 1 0.03 98.18 8640 | 1 0.03 98.21 8680 | 2 0.06 98.27 8720 | 2 0.06 98.33 8735 | 1 0.03 98.36 8750 | 1 0.03 98.39 8760 | 1 0.03 98.42 8780 | 1 0.03 98.45 8800 | 1 0.03 98.48 8840 | 25 0.76 99.24 8920 | 1 0.03 99.27 8940 | 1 0.03 99.30 8960 | 1 0.03 99.33 9000 | 3 0.09 99.42 9040 | 3 0.09 99.51 9080 | 2 0.06 99.57 9140 | 1 0.03 99.60 9160 | 2 0.06 99.67 9200 | 2 0.06 99.73 9260 | 1 0.03 99.76 9270 | 1 0.03 99.79 9280 | 1 0.03 99.82 9320 | 3 0.09 99.91 9340 | 2 0.06 99.97 9360 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_13 variable in msabea dataset : FIPS MSA | Area | Assigned | Freq. Percent Cum. ------------+----------------------------------- | 2,388 72.58 72.58 0040 | 1 0.03 72.61 0060 | 3 0.09 72.71 0080 | 2 0.06 72.77 0120 | 2 0.06 72.83 0160 | 6 0.18 73.01 0200 | 3 0.09 73.10 0220 | 1 0.03 73.13 0240 | 3 0.09 73.22 0280 | 1 0.03 73.25 0320 | 2 0.06 73.31 0380 | 1 0.03 73.34 0440 | 3 0.09 73.43 0450 | 1 0.03 73.47 0460 | 3 0.09 73.56 0470 | 3 0.09 73.65 0480 | 2 0.06 73.71 0500 | 3 0.09 73.80 0520 | 20 0.61 74.41 0560 | 2 0.06 74.47 0600 | 5 0.15 74.62 0640 | 5 0.15 74.77 0680 | 1 0.03 74.80 0720 | 7 0.21 75.02 0733 | 1 0.03 75.05 0743 | 1 0.03 75.08 0760 | 4 0.12 75.20 0840 | 3 0.09 75.29 0860 | 1 0.03 75.32 0870 | 1 0.03 75.35 0875 | 2 0.06 75.41 0880 | 1 0.03 75.44 0920 | 3 0.09 75.53 0960 | 2 0.06 75.59 1000 | 4 0.12 75.71 1010 | 2 0.06 75.78 1020 | 1 0.03 75.81 1040 | 1 0.03 75.84 1080 | 2 0.06 75.90 1123 | 11 0.33 76.23 1125 | 1 0.03 76.26 1145 | 1 0.03 76.29 1150 | 1 0.03 76.32 1240 | 1 0.03 76.35 1260 | 1 0.03 76.38 1280 | 2 0.06 76.44 1303 | 3 0.09 76.53 1310 | 5 0.15 76.69 1320 | 2 0.06 76.75 1350 | 1 0.03 76.78 1360 | 1 0.03 76.81 1400 | 1 0.03 76.84 1440 | 3 0.09 76.93 1480 | 2 0.06 76.99 1520 | 7 0.21 77.20 1540 | 4 0.12 77.33 1560 | 5 0.15 77.48 1580 | 1 0.03 77.51 1600 | 9 0.27 77.78 1620 | 1 0.03 77.81 1640 | 12 0.36 78.18 1660 | 2 0.06 78.24 1680 | 6 0.18 78.42 1720 | 1 0.03 78.45 1740 | 1 0.03 78.48 1760 | 2 0.06 78.54 1800 | 4 0.12 78.66 1840 | 6 0.18 78.84 1880 | 2 0.06 78.91 1900 | 2 0.06 78.97 1920 | 8 0.24 79.21 1950 | 2 0.06 79.27 1960 | 3 0.09 79.36 2000 | 4 0.12 79.48 2020 | 2 0.06 79.54 2030 | 2 0.06 79.60 2040 | 1 0.03 79.64 2080 | 5 0.15 79.79 2120 | 3 0.09 79.88 2160 | 6 0.18 80.06 2180 | 2 0.06 80.12 2190 | 1 0.03 80.15 2200 | 1 0.03 80.18 2240 | 2 0.06 80.24 2281 | 1 0.03 80.27 2290 | 2 0.06 80.33 2320 | 1 0.03 80.36 2330 | 1 0.03 80.40 2335 | 1 0.03 80.43 2340 | 1 0.03 80.46 2360 | 1 0.03 80.49 2400 | 1 0.03 80.52 2440 | 4 0.12 80.64 2520 | 2 0.06 80.70 2560 | 1 0.03 80.73 2580 | 2 0.06 80.79 2620 | 2 0.06 80.85 2640 | 1 0.03 80.88 2650 | 2 0.06 80.94 2655 | 1 0.03 80.97 2670 | 1 0.03 81.00 2680 | 1 0.03 81.03 2700 | 1 0.03 81.06 2710 | 2 0.06 81.12 2720 | 3 0.09 81.22 2750 | 1 0.03 81.25 2760 | 6 0.18 81.43 2800 | 4 0.12 81.55 2840 | 2 0.06 81.61 2880 | 1 0.03 81.64 2900 | 1 0.03 81.67 2920 | 1 0.03 81.70 2960 | 2 0.06 81.76 2975 | 2 0.06 81.82 2980 | 1 0.03 81.85 2985 | 2 0.06 81.91 2995 | 1 0.03 81.95 3000 | 4 0.12 82.07 3040 | 1 0.03 82.10 3060 | 1 0.03 82.13 3080 | 1 0.03 82.16 3120 | 8 0.24 82.40 3150 | 1 0.03 82.43 3160 | 5 0.15 82.58 3180 | 1 0.03 82.61 3200 | 1 0.03 82.64 3240 | 4 0.12 82.77 3283 | 4 0.12 82.89 3285 | 2 0.06 82.95 3290 | 4 0.12 83.07 3320 | 1 0.03 83.10 3350 | 2 0.06 83.16 3360 | 6 0.18 83.34 3400 | 6 0.18 83.53 3440 | 2 0.06 83.59 3480 | 9 0.27 83.86 3500 | 1 0.03 83.89 3520 | 1 0.03 83.92 3560 | 3 0.09 84.01 3580 | 1 0.03 84.04 3600 | 4 0.12 84.16 3605 | 1 0.03 84.19 3610 | 1 0.03 84.22 3620 | 1 0.03 84.26 3640 | 1 0.03 84.29 3660 | 8 0.24 84.53 3680 | 2 0.06 84.59 3710 | 2 0.06 84.65 3720 | 3 0.09 84.74 3740 | 1 0.03 84.77 3760 | 11 0.33 85.11 3800 | 1 0.03 85.14 3810 | 2 0.06 85.20 3840 | 6 0.18 85.38 3850 | 2 0.06 85.44 3870 | 2 0.06 85.50 3880 | 4 0.12 85.62 3920 | 2 0.06 85.68 3960 | 1 0.03 85.71 3980 | 1 0.03 85.74 4000 | 1 0.03 85.78 4040 | 3 0.09 85.87 4080 | 1 0.03 85.90 4100 | 1 0.03 85.93 4120 | 3 0.09 86.02 4150 | 1 0.03 86.05 4200 | 1 0.03 86.08 4243 | 1 0.03 86.11 4280 | 7 0.21 86.32 4320 | 2 0.06 86.38 4360 | 1 0.03 86.41 4400 | 4 0.12 86.53 4420 | 3 0.09 86.63 4480 | 2 0.06 86.69 4520 | 7 0.21 86.90 4600 | 1 0.03 86.93 4640 | 5 0.15 87.08 4680 | 5 0.15 87.23 4720 | 1 0.03 87.26 4800 | 2 0.06 87.33 4840 | 6 0.18 87.51 4880 | 1 0.03 87.54 4890 | 1 0.03 87.57 4900 | 1 0.03 87.60 4920 | 5 0.15 87.75 4940 | 1 0.03 87.78 5000 | 2 0.06 87.84 5015 | 3 0.09 87.93 5080 | 4 0.12 88.05 5120 | 13 0.40 88.45 5160 | 2 0.06 88.51 5170 | 1 0.03 88.54 5190 | 2 0.06 88.60 5200 | 1 0.03 88.63 5240 | 3 0.09 88.72 5280 | 1 0.03 88.75 5330 | 1 0.03 88.78 5345 | 1 0.03 88.81 5360 | 8 0.24 89.06 5380 | 2 0.06 89.12 5483 | 2 0.06 89.18 5523 | 1 0.03 89.21 5560 | 8 0.24 89.45 5600 | 8 0.24 89.70 5640 | 5 0.15 89.85 5660 | 2 0.06 89.91 5720 | 15 0.46 90.36 5775 | 2 0.06 90.43 5790 | 1 0.03 90.46 5800 | 2 0.06 90.52 5880 | 6 0.18 90.70 5910 | 1 0.03 90.73 5920 | 5 0.15 90.88 5945 | 1 0.03 90.91 5960 | 4 0.12 91.03 5990 | 1 0.03 91.06 6015 | 1 0.03 91.09 6020 | 2 0.06 91.16 6080 | 2 0.06 91.22 6120 | 3 0.09 91.31 6160 | 9 0.27 91.58 6200 | 2 0.06 91.64 6240 | 1 0.03 91.67 6280 | 6 0.18 91.85 6323 | 1 0.03 91.88 6360 | 6 0.18 92.07 6403 | 3 0.09 92.16 6440 | 6 0.18 92.34 6483 | 6 0.18 92.52 6520 | 1 0.03 92.55 6560 | 1 0.03 92.58 6580 | 1 0.03 92.61 6600 | 1 0.03 92.64 6640 | 6 0.18 92.83 6660 | 1 0.03 92.86 6680 | 1 0.03 92.89 6690 | 1 0.03 92.92 6720 | 1 0.03 92.95 6740 | 2 0.06 93.01 6760 | 13 0.40 93.40 6780 | 2 0.06 93.47 6800 | 4 0.12 93.59 6820 | 1 0.03 93.62 6840 | 6 0.18 93.80 6880 | 3 0.09 93.89 6895 | 2 0.06 93.95 6920 | 3 0.09 94.04 6960 | 3 0.09 94.13 6980 | 2 0.06 94.19 7000 | 2 0.06 94.26 7040 | 12 0.36 94.62 7080 | 2 0.06 94.68 7120 | 1 0.03 94.71 7160 | 3 0.09 94.80 7200 | 1 0.03 94.83 7240 | 4 0.12 94.95 7320 | 1 0.03 94.98 7360 | 3 0.09 95.08 7400 | 1 0.03 95.11 7440 | 30 0.91 96.02 7460 | 1 0.03 96.05 7480 | 1 0.03 96.08 7485 | 1 0.03 96.11 7490 | 2 0.06 96.17 7500 | 1 0.03 96.20 7510 | 2 0.06 96.26 7520 | 3 0.09 96.35 7560 | 4 0.12 96.47 7600 | 3 0.09 96.57 7610 | 1 0.03 96.60 7620 | 1 0.03 96.63 7640 | 1 0.03 96.66 7680 | 3 0.09 96.75 7720 | 2 0.06 96.81 7760 | 2 0.06 96.87 7800 | 1 0.03 96.90 7840 | 1 0.03 96.93 7880 | 2 0.06 96.99 7920 | 3 0.09 97.08 8003 | 2 0.06 97.14 8050 | 1 0.03 97.17 8080 | 3 0.09 97.26 8120 | 1 0.03 97.29 8140 | 1 0.03 97.33 8160 | 4 0.12 97.45 8200 | 1 0.03 97.48 8240 | 2 0.06 97.54 8280 | 4 0.12 97.66 8320 | 3 0.09 97.75 8360 | 2 0.06 97.81 8400 | 3 0.09 97.90 8440 | 1 0.03 97.93 8480 | 1 0.03 97.96 8520 | 1 0.03 97.99 8560 | 5 0.15 98.15 8600 | 1 0.03 98.18 8640 | 1 0.03 98.21 8680 | 2 0.06 98.27 8720 | 2 0.06 98.33 8735 | 1 0.03 98.36 8750 | 1 0.03 98.39 8760 | 1 0.03 98.42 8780 | 1 0.03 98.45 8800 | 1 0.03 98.48 8840 | 25 0.76 99.24 8920 | 1 0.03 99.27 8940 | 1 0.03 99.30 8960 | 1 0.03 99.33 9000 | 3 0.09 99.42 9040 | 3 0.09 99.51 9080 | 2 0.06 99.57 9140 | 1 0.03 99.60 9160 | 2 0.06 99.67 9200 | 2 0.06 99.73 9260 | 1 0.03 99.76 9270 | 1 0.03 99.79 9280 | 1 0.03 99.82 9320 | 3 0.09 99.91 9340 | 2 0.06 99.97 9360 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_14 variable in msabea dataset : FIPS MSA | Area | Assigned | Freq. Percent Cum. ------------+----------------------------------- | 2,385 72.49 72.49 0040 | 1 0.03 72.52 0060 | 3 0.09 72.61 0080 | 2 0.06 72.67 0120 | 2 0.06 72.74 0160 | 6 0.18 72.92 0200 | 3 0.09 73.01 0220 | 1 0.03 73.04 0240 | 3 0.09 73.13 0280 | 1 0.03 73.16 0320 | 2 0.06 73.22 0380 | 1 0.03 73.25 0440 | 3 0.09 73.34 0450 | 1 0.03 73.37 0460 | 3 0.09 73.47 0470 | 3 0.09 73.56 0480 | 2 0.06 73.62 0500 | 3 0.09 73.71 0520 | 20 0.61 74.32 0560 | 2 0.06 74.38 0600 | 5 0.15 74.53 0640 | 5 0.15 74.68 0680 | 1 0.03 74.71 0720 | 7 0.21 74.92 0733 | 1 0.03 74.95 0743 | 1 0.03 74.98 0760 | 4 0.12 75.11 0840 | 3 0.09 75.20 0860 | 1 0.03 75.23 0870 | 1 0.03 75.26 0875 | 2 0.06 75.32 0880 | 1 0.03 75.35 0920 | 3 0.09 75.44 0960 | 2 0.06 75.50 1000 | 4 0.12 75.62 1010 | 2 0.06 75.68 1020 | 1 0.03 75.71 1040 | 1 0.03 75.74 1080 | 2 0.06 75.81 1123 | 11 0.33 76.14 1125 | 1 0.03 76.17 1145 | 1 0.03 76.20 1150 | 1 0.03 76.23 1240 | 1 0.03 76.26 1260 | 1 0.03 76.29 1280 | 2 0.06 76.35 1303 | 3 0.09 76.44 1310 | 5 0.15 76.60 1320 | 2 0.06 76.66 1350 | 1 0.03 76.69 1360 | 1 0.03 76.72 1400 | 1 0.03 76.75 1440 | 3 0.09 76.84 1480 | 2 0.06 76.90 1520 | 7 0.21 77.11 1540 | 4 0.12 77.23 1560 | 5 0.15 77.39 1580 | 1 0.03 77.42 1600 | 9 0.27 77.69 1620 | 1 0.03 77.72 1640 | 12 0.36 78.09 1660 | 2 0.06 78.15 1680 | 6 0.18 78.33 1720 | 1 0.03 78.36 1740 | 1 0.03 78.39 1760 | 2 0.06 78.45 1800 | 4 0.12 78.57 1840 | 6 0.18 78.75 1880 | 2 0.06 78.81 1900 | 2 0.06 78.88 1920 | 8 0.24 79.12 1950 | 2 0.06 79.18 1960 | 3 0.09 79.27 2000 | 4 0.12 79.39 2020 | 2 0.06 79.45 2030 | 2 0.06 79.51 2040 | 1 0.03 79.54 2080 | 5 0.15 79.70 2120 | 3 0.09 79.79 2160 | 6 0.18 79.97 2180 | 2 0.06 80.03 2190 | 1 0.03 80.06 2200 | 1 0.03 80.09 2240 | 2 0.06 80.15 2281 | 1 0.03 80.18 2290 | 2 0.06 80.24 2320 | 1 0.03 80.27 2330 | 1 0.03 80.30 2335 | 1 0.03 80.33 2340 | 1 0.03 80.36 2360 | 1 0.03 80.40 2400 | 1 0.03 80.43 2440 | 4 0.12 80.55 2520 | 2 0.06 80.61 2560 | 1 0.03 80.64 2580 | 2 0.06 80.70 2620 | 2 0.06 80.76 2640 | 1 0.03 80.79 2650 | 2 0.06 80.85 2655 | 1 0.03 80.88 2670 | 1 0.03 80.91 2680 | 1 0.03 80.94 2700 | 1 0.03 80.97 2710 | 2 0.06 81.03 2720 | 3 0.09 81.12 2750 | 1 0.03 81.16 2760 | 6 0.18 81.34 2800 | 4 0.12 81.46 2840 | 2 0.06 81.52 2880 | 1 0.03 81.55 2900 | 1 0.03 81.58 2920 | 1 0.03 81.61 2960 | 2 0.06 81.67 2975 | 2 0.06 81.73 2980 | 1 0.03 81.76 2985 | 2 0.06 81.82 2995 | 1 0.03 81.85 3000 | 4 0.12 81.98 3040 | 1 0.03 82.01 3060 | 1 0.03 82.04 3080 | 1 0.03 82.07 3120 | 8 0.24 82.31 3150 | 1 0.03 82.34 3160 | 5 0.15 82.49 3180 | 1 0.03 82.52 3200 | 1 0.03 82.55 3240 | 4 0.12 82.67 3283 | 4 0.12 82.80 3285 | 2 0.06 82.86 3290 | 4 0.12 82.98 3320 | 1 0.03 83.01 3350 | 2 0.06 83.07 3360 | 6 0.18 83.25 3400 | 6 0.18 83.43 3440 | 2 0.06 83.50 3480 | 9 0.27 83.77 3500 | 1 0.03 83.80 3520 | 1 0.03 83.83 3560 | 3 0.09 83.92 3580 | 2 0.06 83.98 3600 | 4 0.12 84.10 3605 | 1 0.03 84.13 3610 | 1 0.03 84.16 3620 | 1 0.03 84.19 3640 | 1 0.03 84.22 3660 | 8 0.24 84.47 3680 | 2 0.06 84.53 3700 | 1 0.03 84.56 3710 | 2 0.06 84.62 3720 | 3 0.09 84.71 3740 | 1 0.03 84.74 3760 | 11 0.33 85.08 3800 | 1 0.03 85.11 3810 | 2 0.06 85.17 3840 | 6 0.18 85.35 3850 | 2 0.06 85.41 3870 | 2 0.06 85.47 3880 | 4 0.12 85.59 3920 | 2 0.06 85.65 3960 | 1 0.03 85.68 3980 | 1 0.03 85.71 4000 | 1 0.03 85.74 4040 | 3 0.09 85.84 4080 | 1 0.03 85.87 4100 | 1 0.03 85.90 4120 | 3 0.09 85.99 4150 | 1 0.03 86.02 4200 | 1 0.03 86.05 4243 | 1 0.03 86.08 4280 | 7 0.21 86.29 4320 | 2 0.06 86.35 4360 | 1 0.03 86.38 4400 | 4 0.12 86.50 4420 | 3 0.09 86.60 4480 | 2 0.06 86.66 4520 | 7 0.21 86.87 4600 | 1 0.03 86.90 4640 | 5 0.15 87.05 4680 | 5 0.15 87.20 4720 | 1 0.03 87.23 4800 | 2 0.06 87.29 4840 | 6 0.18 87.48 4880 | 1 0.03 87.51 4890 | 1 0.03 87.54 4900 | 1 0.03 87.57 4920 | 5 0.15 87.72 4940 | 1 0.03 87.75 5000 | 2 0.06 87.81 5015 | 3 0.09 87.90 5080 | 4 0.12 88.02 5120 | 13 0.40 88.42 5160 | 2 0.06 88.48 5170 | 1 0.03 88.51 5190 | 2 0.06 88.57 5200 | 1 0.03 88.60 5240 | 3 0.09 88.69 5280 | 1 0.03 88.72 5330 | 1 0.03 88.75 5345 | 1 0.03 88.78 5360 | 8 0.24 89.03 5380 | 2 0.06 89.09 5483 | 2 0.06 89.15 5523 | 1 0.03 89.18 5560 | 8 0.24 89.42 5600 | 8 0.24 89.67 5640 | 5 0.15 89.82 5660 | 2 0.06 89.88 5720 | 15 0.46 90.33 5775 | 2 0.06 90.40 5790 | 1 0.03 90.43 5800 | 2 0.06 90.49 5880 | 6 0.18 90.67 5910 | 1 0.03 90.70 5920 | 5 0.15 90.85 5945 | 1 0.03 90.88 5960 | 4 0.12 91.00 5990 | 1 0.03 91.03 6015 | 1 0.03 91.06 6020 | 2 0.06 91.12 6080 | 2 0.06 91.19 6120 | 3 0.09 91.28 6160 | 9 0.27 91.55 6200 | 2 0.06 91.61 6240 | 1 0.03 91.64 6280 | 6 0.18 91.82 6323 | 1 0.03 91.85 6340 | 1 0.03 91.88 6360 | 6 0.18 92.07 6403 | 3 0.09 92.16 6440 | 6 0.18 92.34 6483 | 6 0.18 92.52 6520 | 1 0.03 92.55 6560 | 1 0.03 92.58 6580 | 1 0.03 92.61 6600 | 1 0.03 92.64 6640 | 6 0.18 92.83 6660 | 1 0.03 92.86 6680 | 1 0.03 92.89 6690 | 1 0.03 92.92 6720 | 1 0.03 92.95 6740 | 2 0.06 93.01 6760 | 13 0.40 93.40 6780 | 2 0.06 93.47 6800 | 4 0.12 93.59 6820 | 1 0.03 93.62 6840 | 6 0.18 93.80 6880 | 3 0.09 93.89 6895 | 2 0.06 93.95 6920 | 3 0.09 94.04 6960 | 3 0.09 94.13 6980 | 2 0.06 94.19 7000 | 2 0.06 94.26 7040 | 12 0.36 94.62 7080 | 2 0.06 94.68 7120 | 1 0.03 94.71 7160 | 3 0.09 94.80 7200 | 1 0.03 94.83 7240 | 4 0.12 94.95 7320 | 1 0.03 94.98 7360 | 3 0.09 95.08 7400 | 1 0.03 95.11 7440 | 30 0.91 96.02 7460 | 1 0.03 96.05 7480 | 1 0.03 96.08 7485 | 1 0.03 96.11 7490 | 2 0.06 96.17 7500 | 1 0.03 96.20 7510 | 2 0.06 96.26 7520 | 3 0.09 96.35 7560 | 4 0.12 96.47 7600 | 3 0.09 96.57 7610 | 1 0.03 96.60 7620 | 1 0.03 96.63 7640 | 1 0.03 96.66 7680 | 3 0.09 96.75 7720 | 2 0.06 96.81 7760 | 2 0.06 96.87 7800 | 1 0.03 96.90 7840 | 1 0.03 96.93 7880 | 2 0.06 96.99 7920 | 3 0.09 97.08 8003 | 2 0.06 97.14 8050 | 1 0.03 97.17 8080 | 3 0.09 97.26 8120 | 1 0.03 97.29 8140 | 1 0.03 97.33 8160 | 4 0.12 97.45 8200 | 1 0.03 97.48 8240 | 2 0.06 97.54 8280 | 4 0.12 97.66 8320 | 3 0.09 97.75 8360 | 2 0.06 97.81 8400 | 3 0.09 97.90 8440 | 1 0.03 97.93 8480 | 1 0.03 97.96 8520 | 1 0.03 97.99 8560 | 5 0.15 98.15 8600 | 1 0.03 98.18 8640 | 1 0.03 98.21 8680 | 2 0.06 98.27 8720 | 2 0.06 98.33 8735 | 1 0.03 98.36 8750 | 1 0.03 98.39 8760 | 1 0.03 98.42 8780 | 1 0.03 98.45 8800 | 1 0.03 98.48 8840 | 25 0.76 99.24 8920 | 1 0.03 99.27 8940 | 1 0.03 99.30 8960 | 1 0.03 99.33 9000 | 3 0.09 99.42 9040 | 3 0.09 99.51 9080 | 2 0.06 99.57 9140 | 1 0.03 99.60 9160 | 2 0.06 99.67 9200 | 2 0.06 99.73 9260 | 1 0.03 99.76 9270 | 1 0.03 99.79 9280 | 1 0.03 99.82 9320 | 3 0.09 99.91 9340 | 2 0.06 99.97 9360 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_15 variable in msabea dataset : FIPS MSA | Area | Assigned | Freq. Percent Cum. ------------+----------------------------------- | 2,384 72.46 72.46 0040 | 1 0.03 72.49 0060 | 3 0.09 72.58 0080 | 2 0.06 72.64 0120 | 2 0.06 72.71 0160 | 6 0.18 72.89 0200 | 3 0.09 72.98 0220 | 1 0.03 73.01 0240 | 3 0.09 73.10 0280 | 1 0.03 73.13 0320 | 2 0.06 73.19 0380 | 1 0.03 73.22 0440 | 3 0.09 73.31 0450 | 1 0.03 73.34 0460 | 3 0.09 73.43 0470 | 3 0.09 73.53 0480 | 2 0.06 73.59 0500 | 3 0.09 73.68 0520 | 20 0.61 74.29 0560 | 2 0.06 74.35 0600 | 5 0.15 74.50 0640 | 5 0.15 74.65 0680 | 1 0.03 74.68 0720 | 7 0.21 74.89 0733 | 1 0.03 74.92 0743 | 1 0.03 74.95 0760 | 4 0.12 75.08 0840 | 3 0.09 75.17 0860 | 1 0.03 75.20 0870 | 1 0.03 75.23 0875 | 2 0.06 75.29 0880 | 1 0.03 75.32 0920 | 3 0.09 75.41 0960 | 2 0.06 75.47 1000 | 4 0.12 75.59 1010 | 2 0.06 75.65 1020 | 1 0.03 75.68 1040 | 1 0.03 75.71 1080 | 2 0.06 75.78 1123 | 11 0.33 76.11 1125 | 1 0.03 76.14 1145 | 1 0.03 76.17 1150 | 1 0.03 76.20 1240 | 1 0.03 76.23 1260 | 1 0.03 76.26 1280 | 2 0.06 76.32 1303 | 3 0.09 76.41 1310 | 5 0.15 76.57 1320 | 2 0.06 76.63 1350 | 1 0.03 76.66 1360 | 1 0.03 76.69 1400 | 1 0.03 76.72 1440 | 3 0.09 76.81 1480 | 2 0.06 76.87 1520 | 8 0.24 77.11 1540 | 4 0.12 77.23 1560 | 5 0.15 77.39 1580 | 1 0.03 77.42 1600 | 9 0.27 77.69 1620 | 1 0.03 77.72 1640 | 12 0.36 78.09 1660 | 2 0.06 78.15 1680 | 6 0.18 78.33 1720 | 1 0.03 78.36 1740 | 1 0.03 78.39 1760 | 2 0.06 78.45 1800 | 4 0.12 78.57 1840 | 6 0.18 78.75 1880 | 2 0.06 78.81 1900 | 2 0.06 78.88 1920 | 8 0.24 79.12 1950 | 2 0.06 79.18 1960 | 3 0.09 79.27 2000 | 4 0.12 79.39 2020 | 2 0.06 79.45 2030 | 2 0.06 79.51 2040 | 1 0.03 79.54 2080 | 5 0.15 79.70 2120 | 3 0.09 79.79 2160 | 6 0.18 79.97 2180 | 2 0.06 80.03 2190 | 1 0.03 80.06 2200 | 1 0.03 80.09 2240 | 2 0.06 80.15 2281 | 1 0.03 80.18 2290 | 2 0.06 80.24 2320 | 1 0.03 80.27 2330 | 1 0.03 80.30 2335 | 1 0.03 80.33 2340 | 1 0.03 80.36 2360 | 1 0.03 80.40 2400 | 1 0.03 80.43 2440 | 4 0.12 80.55 2520 | 2 0.06 80.61 2560 | 1 0.03 80.64 2580 | 2 0.06 80.70 2620 | 2 0.06 80.76 2640 | 1 0.03 80.79 2650 | 2 0.06 80.85 2655 | 1 0.03 80.88 2670 | 1 0.03 80.91 2680 | 1 0.03 80.94 2700 | 1 0.03 80.97 2710 | 2 0.06 81.03 2720 | 3 0.09 81.12 2750 | 1 0.03 81.16 2760 | 6 0.18 81.34 2800 | 4 0.12 81.46 2840 | 2 0.06 81.52 2880 | 1 0.03 81.55 2900 | 1 0.03 81.58 2920 | 1 0.03 81.61 2960 | 2 0.06 81.67 2975 | 2 0.06 81.73 2980 | 1 0.03 81.76 2985 | 2 0.06 81.82 2995 | 1 0.03 81.85 3000 | 4 0.12 81.98 3040 | 1 0.03 82.01 3060 | 1 0.03 82.04 3080 | 1 0.03 82.07 3120 | 8 0.24 82.31 3150 | 1 0.03 82.34 3160 | 5 0.15 82.49 3180 | 1 0.03 82.52 3200 | 1 0.03 82.55 3240 | 4 0.12 82.67 3283 | 4 0.12 82.80 3285 | 2 0.06 82.86 3290 | 4 0.12 82.98 3320 | 1 0.03 83.01 3350 | 2 0.06 83.07 3360 | 6 0.18 83.25 3400 | 6 0.18 83.43 3440 | 2 0.06 83.50 3480 | 9 0.27 83.77 3500 | 1 0.03 83.80 3520 | 1 0.03 83.83 3560 | 3 0.09 83.92 3580 | 2 0.06 83.98 3600 | 4 0.12 84.10 3605 | 1 0.03 84.13 3610 | 1 0.03 84.16 3620 | 1 0.03 84.19 3640 | 1 0.03 84.22 3660 | 8 0.24 84.47 3680 | 2 0.06 84.53 3700 | 1 0.03 84.56 3710 | 2 0.06 84.62 3720 | 3 0.09 84.71 3740 | 1 0.03 84.74 3760 | 11 0.33 85.08 3800 | 1 0.03 85.11 3810 | 2 0.06 85.17 3840 | 6 0.18 85.35 3850 | 2 0.06 85.41 3870 | 2 0.06 85.47 3880 | 4 0.12 85.59 3920 | 2 0.06 85.65 3960 | 1 0.03 85.68 3980 | 1 0.03 85.71 4000 | 1 0.03 85.74 4040 | 3 0.09 85.84 4080 | 1 0.03 85.87 4100 | 1 0.03 85.90 4120 | 3 0.09 85.99 4150 | 1 0.03 86.02 4200 | 1 0.03 86.05 4243 | 1 0.03 86.08 4280 | 7 0.21 86.29 4320 | 2 0.06 86.35 4360 | 1 0.03 86.38 4400 | 4 0.12 86.50 4420 | 3 0.09 86.60 4480 | 2 0.06 86.66 4520 | 7 0.21 86.87 4600 | 1 0.03 86.90 4640 | 5 0.15 87.05 4680 | 5 0.15 87.20 4720 | 1 0.03 87.23 4800 | 2 0.06 87.29 4840 | 6 0.18 87.48 4880 | 1 0.03 87.51 4890 | 1 0.03 87.54 4900 | 1 0.03 87.57 4920 | 5 0.15 87.72 4940 | 1 0.03 87.75 5000 | 2 0.06 87.81 5015 | 3 0.09 87.90 5080 | 4 0.12 88.02 5120 | 13 0.40 88.42 5160 | 2 0.06 88.48 5170 | 1 0.03 88.51 5190 | 2 0.06 88.57 5200 | 1 0.03 88.60 5240 | 3 0.09 88.69 5280 | 1 0.03 88.72 5330 | 1 0.03 88.75 5345 | 1 0.03 88.78 5360 | 8 0.24 89.03 5380 | 2 0.06 89.09 5483 | 2 0.06 89.15 5523 | 1 0.03 89.18 5560 | 8 0.24 89.42 5600 | 8 0.24 89.67 5640 | 5 0.15 89.82 5660 | 2 0.06 89.88 5720 | 15 0.46 90.33 5775 | 2 0.06 90.40 5790 | 1 0.03 90.43 5800 | 2 0.06 90.49 5880 | 6 0.18 90.67 5910 | 1 0.03 90.70 5920 | 5 0.15 90.85 5945 | 1 0.03 90.88 5960 | 4 0.12 91.00 5990 | 1 0.03 91.03 6015 | 1 0.03 91.06 6020 | 2 0.06 91.12 6080 | 2 0.06 91.19 6120 | 3 0.09 91.28 6160 | 9 0.27 91.55 6200 | 2 0.06 91.61 6240 | 1 0.03 91.64 6280 | 6 0.18 91.82 6323 | 1 0.03 91.85 6340 | 1 0.03 91.88 6360 | 6 0.18 92.07 6403 | 3 0.09 92.16 6440 | 6 0.18 92.34 6483 | 6 0.18 92.52 6520 | 1 0.03 92.55 6560 | 1 0.03 92.58 6580 | 1 0.03 92.61 6600 | 1 0.03 92.64 6640 | 6 0.18 92.83 6660 | 1 0.03 92.86 6680 | 1 0.03 92.89 6690 | 1 0.03 92.92 6720 | 1 0.03 92.95 6740 | 2 0.06 93.01 6760 | 13 0.40 93.40 6780 | 2 0.06 93.47 6800 | 4 0.12 93.59 6820 | 1 0.03 93.62 6840 | 6 0.18 93.80 6880 | 3 0.09 93.89 6895 | 2 0.06 93.95 6920 | 3 0.09 94.04 6960 | 3 0.09 94.13 6980 | 2 0.06 94.19 7000 | 2 0.06 94.26 7040 | 12 0.36 94.62 7080 | 2 0.06 94.68 7120 | 1 0.03 94.71 7160 | 3 0.09 94.80 7200 | 1 0.03 94.83 7240 | 4 0.12 94.95 7320 | 1 0.03 94.98 7360 | 3 0.09 95.08 7400 | 1 0.03 95.11 7440 | 30 0.91 96.02 7460 | 1 0.03 96.05 7480 | 1 0.03 96.08 7485 | 1 0.03 96.11 7490 | 2 0.06 96.17 7500 | 1 0.03 96.20 7510 | 2 0.06 96.26 7520 | 3 0.09 96.35 7560 | 4 0.12 96.47 7600 | 3 0.09 96.57 7610 | 1 0.03 96.60 7620 | 1 0.03 96.63 7640 | 1 0.03 96.66 7680 | 3 0.09 96.75 7720 | 2 0.06 96.81 7760 | 2 0.06 96.87 7800 | 1 0.03 96.90 7840 | 1 0.03 96.93 7880 | 2 0.06 96.99 7920 | 3 0.09 97.08 8003 | 2 0.06 97.14 8050 | 1 0.03 97.17 8080 | 3 0.09 97.26 8120 | 1 0.03 97.29 8140 | 1 0.03 97.33 8160 | 4 0.12 97.45 8200 | 1 0.03 97.48 8240 | 2 0.06 97.54 8280 | 4 0.12 97.66 8320 | 3 0.09 97.75 8360 | 2 0.06 97.81 8400 | 3 0.09 97.90 8440 | 1 0.03 97.93 8480 | 1 0.03 97.96 8520 | 1 0.03 97.99 8560 | 5 0.15 98.15 8600 | 1 0.03 98.18 8640 | 1 0.03 98.21 8680 | 2 0.06 98.27 8720 | 2 0.06 98.33 8735 | 1 0.03 98.36 8750 | 1 0.03 98.39 8760 | 1 0.03 98.42 8780 | 1 0.03 98.45 8800 | 1 0.03 98.48 8840 | 25 0.76 99.24 8920 | 1 0.03 99.27 8940 | 1 0.03 99.30 8960 | 1 0.03 99.33 9000 | 3 0.09 99.42 9040 | 3 0.09 99.51 9080 | 2 0.06 99.57 9140 | 1 0.03 99.60 9160 | 2 0.06 99.67 9200 | 2 0.06 99.73 9260 | 1 0.03 99.76 9270 | 1 0.03 99.79 9280 | 1 0.03 99.82 9320 | 3 0.09 99.91 9340 | 2 0.06 99.97 9360 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_16 variable in msabea dataset : FIPS MSA | Area | assigned | Freq. Percent Cum. ------------+----------------------------------- | 2,383 72.43 72.43 0040 | 1 0.03 72.46 0060 | 3 0.09 72.55 0080 | 2 0.06 72.61 0120 | 2 0.06 72.67 0160 | 6 0.18 72.86 0200 | 3 0.09 72.95 0220 | 1 0.03 72.98 0240 | 3 0.09 73.07 0280 | 1 0.03 73.10 0320 | 2 0.06 73.16 0380 | 1 0.03 73.19 0440 | 3 0.09 73.28 0450 | 1 0.03 73.31 0460 | 3 0.09 73.40 0470 | 3 0.09 73.50 0480 | 2 0.06 73.56 0500 | 3 0.09 73.65 0520 | 20 0.61 74.26 0560 | 2 0.06 74.32 0600 | 5 0.15 74.47 0640 | 5 0.15 74.62 0680 | 1 0.03 74.65 0720 | 7 0.21 74.86 0733 | 1 0.03 74.89 0743 | 1 0.03 74.92 0760 | 4 0.12 75.05 0840 | 3 0.09 75.14 0860 | 1 0.03 75.17 0870 | 1 0.03 75.20 0875 | 2 0.06 75.26 0880 | 1 0.03 75.29 0920 | 3 0.09 75.38 0960 | 2 0.06 75.44 1000 | 4 0.12 75.56 1010 | 2 0.06 75.62 1020 | 1 0.03 75.65 1040 | 1 0.03 75.68 1080 | 2 0.06 75.74 1123 | 11 0.33 76.08 1125 | 1 0.03 76.11 1145 | 1 0.03 76.14 1150 | 1 0.03 76.17 1240 | 1 0.03 76.20 1260 | 1 0.03 76.23 1280 | 2 0.06 76.29 1303 | 3 0.09 76.38 1310 | 5 0.15 76.53 1320 | 2 0.06 76.60 1350 | 1 0.03 76.63 1360 | 1 0.03 76.66 1400 | 1 0.03 76.69 1440 | 3 0.09 76.78 1480 | 2 0.06 76.84 1520 | 8 0.24 77.08 1540 | 4 0.12 77.20 1560 | 5 0.15 77.36 1580 | 1 0.03 77.39 1600 | 9 0.27 77.66 1620 | 1 0.03 77.69 1640 | 12 0.36 78.05 1660 | 2 0.06 78.12 1680 | 6 0.18 78.30 1720 | 1 0.03 78.33 1740 | 1 0.03 78.36 1760 | 2 0.06 78.42 1800 | 4 0.12 78.54 1840 | 6 0.18 78.72 1880 | 2 0.06 78.78 1900 | 2 0.06 78.84 1920 | 8 0.24 79.09 1950 | 2 0.06 79.15 1960 | 3 0.09 79.24 2000 | 4 0.12 79.36 2020 | 2 0.06 79.42 2030 | 2 0.06 79.48 2040 | 1 0.03 79.51 2080 | 5 0.15 79.67 2120 | 3 0.09 79.76 2160 | 6 0.18 79.94 2180 | 2 0.06 80.00 2190 | 1 0.03 80.03 2200 | 1 0.03 80.06 2240 | 2 0.06 80.12 2281 | 1 0.03 80.15 2290 | 2 0.06 80.21 2320 | 1 0.03 80.24 2330 | 1 0.03 80.27 2335 | 1 0.03 80.30 2340 | 1 0.03 80.33 2360 | 1 0.03 80.36 2400 | 1 0.03 80.40 2440 | 4 0.12 80.52 2520 | 2 0.06 80.58 2560 | 1 0.03 80.61 2580 | 2 0.06 80.67 2620 | 2 0.06 80.73 2640 | 1 0.03 80.76 2650 | 2 0.06 80.82 2655 | 1 0.03 80.85 2670 | 1 0.03 80.88 2680 | 1 0.03 80.91 2700 | 1 0.03 80.94 2710 | 2 0.06 81.00 2720 | 3 0.09 81.09 2750 | 1 0.03 81.12 2760 | 6 0.18 81.31 2800 | 4 0.12 81.43 2840 | 2 0.06 81.49 2880 | 1 0.03 81.52 2900 | 1 0.03 81.55 2920 | 1 0.03 81.58 2960 | 2 0.06 81.64 2975 | 2 0.06 81.70 2980 | 1 0.03 81.73 2985 | 2 0.06 81.79 2995 | 1 0.03 81.82 3000 | 4 0.12 81.95 3040 | 1 0.03 81.98 3060 | 1 0.03 82.01 3080 | 1 0.03 82.04 3120 | 8 0.24 82.28 3150 | 1 0.03 82.31 3160 | 5 0.15 82.46 3180 | 1 0.03 82.49 3200 | 1 0.03 82.52 3240 | 4 0.12 82.64 3283 | 4 0.12 82.77 3285 | 2 0.06 82.83 3290 | 4 0.12 82.95 3320 | 1 0.03 82.98 3350 | 2 0.06 83.04 3360 | 6 0.18 83.22 3400 | 6 0.18 83.40 3440 | 2 0.06 83.47 3480 | 9 0.27 83.74 3500 | 1 0.03 83.77 3520 | 1 0.03 83.80 3560 | 3 0.09 83.89 3580 | 2 0.06 83.95 3600 | 4 0.12 84.07 3605 | 1 0.03 84.10 3610 | 1 0.03 84.13 3620 | 1 0.03 84.16 3640 | 1 0.03 84.19 3660 | 8 0.24 84.44 3680 | 2 0.06 84.50 3700 | 1 0.03 84.53 3710 | 2 0.06 84.59 3720 | 3 0.09 84.68 3740 | 1 0.03 84.71 3760 | 11 0.33 85.05 3800 | 1 0.03 85.08 3810 | 2 0.06 85.14 3840 | 6 0.18 85.32 3850 | 2 0.06 85.38 3870 | 2 0.06 85.44 3880 | 4 0.12 85.56 3920 | 2 0.06 85.62 3960 | 1 0.03 85.65 3980 | 1 0.03 85.68 4000 | 1 0.03 85.71 4040 | 3 0.09 85.81 4080 | 1 0.03 85.84 4100 | 1 0.03 85.87 4120 | 3 0.09 85.96 4150 | 1 0.03 85.99 4200 | 1 0.03 86.02 4243 | 1 0.03 86.05 4280 | 7 0.21 86.26 4320 | 2 0.06 86.32 4360 | 1 0.03 86.35 4400 | 4 0.12 86.47 4420 | 3 0.09 86.57 4480 | 2 0.06 86.63 4520 | 7 0.21 86.84 4600 | 1 0.03 86.87 4640 | 5 0.15 87.02 4680 | 5 0.15 87.17 4720 | 1 0.03 87.20 4800 | 2 0.06 87.26 4840 | 6 0.18 87.45 4880 | 1 0.03 87.48 4890 | 1 0.03 87.51 4900 | 1 0.03 87.54 4920 | 5 0.15 87.69 4940 | 1 0.03 87.72 5000 | 2 0.06 87.78 5015 | 3 0.09 87.87 5080 | 4 0.12 87.99 5120 | 13 0.40 88.39 5140 | 1 0.03 88.42 5160 | 2 0.06 88.48 5170 | 1 0.03 88.51 5190 | 2 0.06 88.57 5200 | 1 0.03 88.60 5240 | 3 0.09 88.69 5280 | 1 0.03 88.72 5330 | 1 0.03 88.75 5345 | 1 0.03 88.78 5360 | 8 0.24 89.03 5380 | 2 0.06 89.09 5483 | 2 0.06 89.15 5523 | 1 0.03 89.18 5560 | 8 0.24 89.42 5600 | 8 0.24 89.67 5640 | 5 0.15 89.82 5660 | 2 0.06 89.88 5720 | 15 0.46 90.33 5775 | 2 0.06 90.40 5790 | 1 0.03 90.43 5800 | 2 0.06 90.49 5880 | 6 0.18 90.67 5910 | 1 0.03 90.70 5920 | 5 0.15 90.85 5945 | 1 0.03 90.88 5960 | 4 0.12 91.00 5990 | 1 0.03 91.03 6015 | 1 0.03 91.06 6020 | 2 0.06 91.12 6080 | 2 0.06 91.19 6120 | 3 0.09 91.28 6160 | 9 0.27 91.55 6200 | 2 0.06 91.61 6240 | 1 0.03 91.64 6280 | 6 0.18 91.82 6323 | 1 0.03 91.85 6340 | 1 0.03 91.88 6360 | 6 0.18 92.07 6403 | 3 0.09 92.16 6440 | 6 0.18 92.34 6483 | 6 0.18 92.52 6520 | 1 0.03 92.55 6560 | 1 0.03 92.58 6580 | 1 0.03 92.61 6600 | 1 0.03 92.64 6640 | 6 0.18 92.83 6660 | 1 0.03 92.86 6680 | 1 0.03 92.89 6690 | 1 0.03 92.92 6720 | 1 0.03 92.95 6740 | 2 0.06 93.01 6760 | 13 0.40 93.40 6780 | 2 0.06 93.47 6800 | 4 0.12 93.59 6820 | 1 0.03 93.62 6840 | 6 0.18 93.80 6880 | 3 0.09 93.89 6895 | 2 0.06 93.95 6920 | 3 0.09 94.04 6960 | 3 0.09 94.13 6980 | 2 0.06 94.19 7000 | 2 0.06 94.26 7040 | 12 0.36 94.62 7080 | 2 0.06 94.68 7120 | 1 0.03 94.71 7160 | 3 0.09 94.80 7200 | 1 0.03 94.83 7240 | 4 0.12 94.95 7320 | 1 0.03 94.98 7360 | 3 0.09 95.08 7400 | 1 0.03 95.11 7440 | 30 0.91 96.02 7460 | 1 0.03 96.05 7480 | 1 0.03 96.08 7485 | 1 0.03 96.11 7490 | 2 0.06 96.17 7500 | 1 0.03 96.20 7510 | 2 0.06 96.26 7520 | 3 0.09 96.35 7560 | 4 0.12 96.47 7600 | 3 0.09 96.57 7610 | 1 0.03 96.60 7620 | 1 0.03 96.63 7640 | 1 0.03 96.66 7680 | 3 0.09 96.75 7720 | 2 0.06 96.81 7760 | 2 0.06 96.87 7800 | 1 0.03 96.90 7840 | 1 0.03 96.93 7880 | 2 0.06 96.99 7920 | 3 0.09 97.08 8003 | 2 0.06 97.14 8050 | 1 0.03 97.17 8080 | 3 0.09 97.26 8120 | 1 0.03 97.29 8140 | 1 0.03 97.33 8160 | 4 0.12 97.45 8200 | 1 0.03 97.48 8240 | 2 0.06 97.54 8280 | 4 0.12 97.66 8320 | 3 0.09 97.75 8360 | 2 0.06 97.81 8400 | 3 0.09 97.90 8440 | 1 0.03 97.93 8480 | 1 0.03 97.96 8520 | 1 0.03 97.99 8560 | 5 0.15 98.15 8600 | 1 0.03 98.18 8640 | 1 0.03 98.21 8680 | 2 0.06 98.27 8720 | 2 0.06 98.33 8735 | 1 0.03 98.36 8750 | 1 0.03 98.39 8760 | 1 0.03 98.42 8780 | 1 0.03 98.45 8800 | 1 0.03 98.48 8840 | 25 0.76 99.24 8920 | 1 0.03 99.27 8940 | 1 0.03 99.30 8960 | 1 0.03 99.33 9000 | 3 0.09 99.42 9040 | 3 0.09 99.51 9080 | 2 0.06 99.57 9140 | 1 0.03 99.60 9160 | 2 0.06 99.67 9200 | 2 0.06 99.73 9260 | 1 0.03 99.76 9270 | 1 0.03 99.79 9280 | 1 0.03 99.82 9320 | 3 0.09 99.91 9340 | 2 0.06 99.97 9360 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_17 variable in msabea dataset : FIPS MSA | Area | assigned | Freq. Percent Cum. ------------+----------------------------------- | 2,381 72.37 72.37 0040 | 1 0.03 72.40 0060 | 3 0.09 72.49 0080 | 2 0.06 72.55 0120 | 2 0.06 72.61 0160 | 6 0.18 72.80 0200 | 3 0.09 72.89 0220 | 1 0.03 72.92 0240 | 3 0.09 73.01 0280 | 1 0.03 73.04 0320 | 2 0.06 73.10 0380 | 1 0.03 73.13 0440 | 3 0.09 73.22 0450 | 1 0.03 73.25 0460 | 3 0.09 73.34 0470 | 3 0.09 73.43 0480 | 2 0.06 73.50 0500 | 3 0.09 73.59 0520 | 20 0.61 74.19 0560 | 2 0.06 74.26 0580 | 1 0.03 74.29 0600 | 5 0.15 74.44 0640 | 5 0.15 74.59 0680 | 1 0.03 74.62 0720 | 7 0.21 74.83 0733 | 1 0.03 74.86 0743 | 1 0.03 74.89 0760 | 4 0.12 75.02 0840 | 3 0.09 75.11 0860 | 1 0.03 75.14 0870 | 1 0.03 75.17 0875 | 2 0.06 75.23 0880 | 1 0.03 75.26 0920 | 3 0.09 75.35 0960 | 2 0.06 75.41 1000 | 4 0.12 75.53 1010 | 2 0.06 75.59 1020 | 1 0.03 75.62 1040 | 1 0.03 75.65 1080 | 2 0.06 75.71 1123 | 11 0.33 76.05 1125 | 1 0.03 76.08 1145 | 1 0.03 76.11 1150 | 1 0.03 76.14 1240 | 1 0.03 76.17 1260 | 1 0.03 76.20 1280 | 2 0.06 76.26 1303 | 3 0.09 76.35 1310 | 5 0.15 76.50 1320 | 2 0.06 76.57 1350 | 1 0.03 76.60 1360 | 1 0.03 76.63 1400 | 1 0.03 76.66 1440 | 3 0.09 76.75 1480 | 2 0.06 76.81 1520 | 8 0.24 77.05 1540 | 4 0.12 77.17 1560 | 5 0.15 77.33 1580 | 1 0.03 77.36 1600 | 9 0.27 77.63 1620 | 1 0.03 77.66 1640 | 12 0.36 78.02 1660 | 2 0.06 78.09 1680 | 6 0.18 78.27 1720 | 1 0.03 78.30 1740 | 1 0.03 78.33 1760 | 2 0.06 78.39 1800 | 4 0.12 78.51 1840 | 6 0.18 78.69 1880 | 2 0.06 78.75 1890 | 1 0.03 78.78 1900 | 2 0.06 78.84 1920 | 8 0.24 79.09 1950 | 2 0.06 79.15 1960 | 3 0.09 79.24 2000 | 4 0.12 79.36 2020 | 2 0.06 79.42 2030 | 2 0.06 79.48 2040 | 1 0.03 79.51 2080 | 5 0.15 79.67 2120 | 3 0.09 79.76 2160 | 6 0.18 79.94 2180 | 2 0.06 80.00 2190 | 1 0.03 80.03 2200 | 1 0.03 80.06 2240 | 2 0.06 80.12 2281 | 1 0.03 80.15 2290 | 2 0.06 80.21 2320 | 1 0.03 80.24 2330 | 1 0.03 80.27 2335 | 1 0.03 80.30 2340 | 1 0.03 80.33 2360 | 1 0.03 80.36 2400 | 1 0.03 80.40 2440 | 4 0.12 80.52 2520 | 2 0.06 80.58 2560 | 1 0.03 80.61 2580 | 2 0.06 80.67 2620 | 2 0.06 80.73 2640 | 1 0.03 80.76 2650 | 2 0.06 80.82 2655 | 1 0.03 80.85 2670 | 1 0.03 80.88 2680 | 1 0.03 80.91 2700 | 1 0.03 80.94 2710 | 2 0.06 81.00 2720 | 3 0.09 81.09 2750 | 1 0.03 81.12 2760 | 6 0.18 81.31 2800 | 4 0.12 81.43 2840 | 2 0.06 81.49 2880 | 1 0.03 81.52 2900 | 1 0.03 81.55 2920 | 1 0.03 81.58 2960 | 2 0.06 81.64 2975 | 2 0.06 81.70 2980 | 1 0.03 81.73 2985 | 2 0.06 81.79 2995 | 1 0.03 81.82 3000 | 4 0.12 81.95 3040 | 1 0.03 81.98 3060 | 1 0.03 82.01 3080 | 1 0.03 82.04 3120 | 8 0.24 82.28 3150 | 1 0.03 82.31 3160 | 5 0.15 82.46 3180 | 1 0.03 82.49 3200 | 1 0.03 82.52 3240 | 4 0.12 82.64 3283 | 4 0.12 82.77 3285 | 2 0.06 82.83 3290 | 4 0.12 82.95 3320 | 1 0.03 82.98 3350 | 2 0.06 83.04 3360 | 6 0.18 83.22 3400 | 6 0.18 83.40 3440 | 2 0.06 83.47 3480 | 9 0.27 83.74 3500 | 1 0.03 83.77 3520 | 1 0.03 83.80 3560 | 3 0.09 83.89 3580 | 2 0.06 83.95 3600 | 4 0.12 84.07 3605 | 1 0.03 84.10 3610 | 1 0.03 84.13 3620 | 1 0.03 84.16 3640 | 1 0.03 84.19 3660 | 8 0.24 84.44 3680 | 2 0.06 84.50 3700 | 1 0.03 84.53 3710 | 2 0.06 84.59 3720 | 3 0.09 84.68 3740 | 1 0.03 84.71 3760 | 11 0.33 85.05 3800 | 1 0.03 85.08 3810 | 2 0.06 85.14 3840 | 6 0.18 85.32 3850 | 2 0.06 85.38 3870 | 2 0.06 85.44 3880 | 4 0.12 85.56 3920 | 2 0.06 85.62 3960 | 1 0.03 85.65 3980 | 1 0.03 85.68 4000 | 1 0.03 85.71 4040 | 3 0.09 85.81 4080 | 1 0.03 85.84 4100 | 1 0.03 85.87 4120 | 3 0.09 85.96 4150 | 1 0.03 85.99 4200 | 1 0.03 86.02 4243 | 1 0.03 86.05 4280 | 7 0.21 86.26 4320 | 2 0.06 86.32 4360 | 1 0.03 86.35 4400 | 4 0.12 86.47 4420 | 3 0.09 86.57 4480 | 2 0.06 86.63 4520 | 7 0.21 86.84 4600 | 1 0.03 86.87 4640 | 5 0.15 87.02 4680 | 5 0.15 87.17 4720 | 1 0.03 87.20 4800 | 2 0.06 87.26 4840 | 6 0.18 87.45 4880 | 1 0.03 87.48 4890 | 1 0.03 87.51 4900 | 1 0.03 87.54 4920 | 5 0.15 87.69 4940 | 1 0.03 87.72 5000 | 2 0.06 87.78 5015 | 3 0.09 87.87 5080 | 4 0.12 87.99 5120 | 13 0.40 88.39 5140 | 1 0.03 88.42 5160 | 2 0.06 88.48 5170 | 1 0.03 88.51 5190 | 2 0.06 88.57 5200 | 1 0.03 88.60 5240 | 3 0.09 88.69 5280 | 1 0.03 88.72 5330 | 1 0.03 88.75 5345 | 1 0.03 88.78 5360 | 8 0.24 89.03 5380 | 2 0.06 89.09 5483 | 2 0.06 89.15 5523 | 1 0.03 89.18 5560 | 8 0.24 89.42 5600 | 8 0.24 89.67 5640 | 5 0.15 89.82 5660 | 2 0.06 89.88 5720 | 15 0.46 90.33 5775 | 2 0.06 90.40 5790 | 1 0.03 90.43 5800 | 2 0.06 90.49 5880 | 6 0.18 90.67 5910 | 1 0.03 90.70 5920 | 5 0.15 90.85 5945 | 1 0.03 90.88 5960 | 4 0.12 91.00 5990 | 1 0.03 91.03 6015 | 1 0.03 91.06 6020 | 2 0.06 91.12 6080 | 2 0.06 91.19 6120 | 3 0.09 91.28 6160 | 9 0.27 91.55 6200 | 2 0.06 91.61 6240 | 1 0.03 91.64 6280 | 6 0.18 91.82 6323 | 1 0.03 91.85 6340 | 1 0.03 91.88 6360 | 6 0.18 92.07 6403 | 3 0.09 92.16 6440 | 6 0.18 92.34 6483 | 6 0.18 92.52 6520 | 1 0.03 92.55 6560 | 1 0.03 92.58 6580 | 1 0.03 92.61 6600 | 1 0.03 92.64 6640 | 6 0.18 92.83 6660 | 1 0.03 92.86 6680 | 1 0.03 92.89 6690 | 1 0.03 92.92 6720 | 1 0.03 92.95 6740 | 2 0.06 93.01 6760 | 13 0.40 93.40 6780 | 2 0.06 93.47 6800 | 4 0.12 93.59 6820 | 1 0.03 93.62 6840 | 6 0.18 93.80 6880 | 3 0.09 93.89 6895 | 2 0.06 93.95 6920 | 3 0.09 94.04 6960 | 3 0.09 94.13 6980 | 2 0.06 94.19 7000 | 2 0.06 94.26 7040 | 12 0.36 94.62 7080 | 2 0.06 94.68 7120 | 1 0.03 94.71 7160 | 3 0.09 94.80 7200 | 1 0.03 94.83 7240 | 4 0.12 94.95 7320 | 1 0.03 94.98 7360 | 3 0.09 95.08 7400 | 1 0.03 95.11 7440 | 30 0.91 96.02 7460 | 1 0.03 96.05 7480 | 1 0.03 96.08 7485 | 1 0.03 96.11 7490 | 2 0.06 96.17 7500 | 1 0.03 96.20 7510 | 2 0.06 96.26 7520 | 3 0.09 96.35 7560 | 4 0.12 96.47 7600 | 3 0.09 96.57 7610 | 1 0.03 96.60 7620 | 1 0.03 96.63 7640 | 1 0.03 96.66 7680 | 3 0.09 96.75 7720 | 2 0.06 96.81 7760 | 2 0.06 96.87 7800 | 1 0.03 96.90 7840 | 1 0.03 96.93 7880 | 2 0.06 96.99 7920 | 3 0.09 97.08 8003 | 2 0.06 97.14 8050 | 1 0.03 97.17 8080 | 3 0.09 97.26 8120 | 1 0.03 97.29 8140 | 1 0.03 97.33 8160 | 4 0.12 97.45 8200 | 1 0.03 97.48 8240 | 2 0.06 97.54 8280 | 4 0.12 97.66 8320 | 3 0.09 97.75 8360 | 2 0.06 97.81 8400 | 3 0.09 97.90 8440 | 1 0.03 97.93 8480 | 1 0.03 97.96 8520 | 1 0.03 97.99 8560 | 5 0.15 98.15 8600 | 1 0.03 98.18 8640 | 1 0.03 98.21 8680 | 2 0.06 98.27 8720 | 2 0.06 98.33 8735 | 1 0.03 98.36 8750 | 1 0.03 98.39 8760 | 1 0.03 98.42 8780 | 1 0.03 98.45 8800 | 1 0.03 98.48 8840 | 25 0.76 99.24 8920 | 1 0.03 99.27 8940 | 1 0.03 99.30 8960 | 1 0.03 99.33 9000 | 3 0.09 99.42 9040 | 3 0.09 99.51 9080 | 2 0.06 99.57 9140 | 1 0.03 99.60 9160 | 2 0.06 99.67 9200 | 2 0.06 99.73 9260 | 1 0.03 99.76 9270 | 1 0.03 99.79 9280 | 1 0.03 99.82 9320 | 3 0.09 99.91 9340 | 2 0.06 99.97 9360 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_18 variable in msabea dataset : FIPS MSA | Area | assigned | Freq. Percent Cum. ------------+----------------------------------- | 2,381 72.37 72.37 0040 | 1 0.03 72.40 0060 | 3 0.09 72.49 0080 | 2 0.06 72.55 0120 | 2 0.06 72.61 0160 | 6 0.18 72.80 0200 | 3 0.09 72.89 0220 | 1 0.03 72.92 0240 | 3 0.09 73.01 0280 | 1 0.03 73.04 0320 | 2 0.06 73.10 0380 | 1 0.03 73.13 0440 | 3 0.09 73.22 0450 | 1 0.03 73.25 0460 | 3 0.09 73.34 0470 | 3 0.09 73.43 0480 | 2 0.06 73.50 0500 | 3 0.09 73.59 0520 | 20 0.61 74.19 0560 | 2 0.06 74.26 0580 | 1 0.03 74.29 0600 | 5 0.15 74.44 0640 | 5 0.15 74.59 0680 | 1 0.03 74.62 0720 | 7 0.21 74.83 0733 | 1 0.03 74.86 0743 | 1 0.03 74.89 0760 | 4 0.12 75.02 0840 | 3 0.09 75.11 0860 | 1 0.03 75.14 0870 | 1 0.03 75.17 0875 | 2 0.06 75.23 0880 | 1 0.03 75.26 0920 | 3 0.09 75.35 0960 | 2 0.06 75.41 1000 | 4 0.12 75.53 1010 | 2 0.06 75.59 1020 | 1 0.03 75.62 1040 | 1 0.03 75.65 1080 | 2 0.06 75.71 1123 | 11 0.33 76.05 1125 | 1 0.03 76.08 1145 | 1 0.03 76.11 1150 | 1 0.03 76.14 1240 | 1 0.03 76.17 1260 | 1 0.03 76.20 1280 | 2 0.06 76.26 1303 | 3 0.09 76.35 1310 | 5 0.15 76.50 1320 | 2 0.06 76.57 1350 | 1 0.03 76.60 1360 | 1 0.03 76.63 1400 | 1 0.03 76.66 1440 | 3 0.09 76.75 1480 | 2 0.06 76.81 1520 | 8 0.24 77.05 1540 | 4 0.12 77.17 1560 | 5 0.15 77.33 1580 | 1 0.03 77.36 1600 | 9 0.27 77.63 1620 | 1 0.03 77.66 1640 | 12 0.36 78.02 1660 | 2 0.06 78.09 1680 | 6 0.18 78.27 1720 | 1 0.03 78.30 1740 | 1 0.03 78.33 1760 | 2 0.06 78.39 1800 | 4 0.12 78.51 1840 | 6 0.18 78.69 1880 | 2 0.06 78.75 1890 | 1 0.03 78.78 1900 | 2 0.06 78.84 1920 | 8 0.24 79.09 1950 | 2 0.06 79.15 1960 | 3 0.09 79.24 2000 | 4 0.12 79.36 2020 | 2 0.06 79.42 2030 | 2 0.06 79.48 2040 | 1 0.03 79.51 2080 | 5 0.15 79.67 2120 | 3 0.09 79.76 2160 | 6 0.18 79.94 2180 | 2 0.06 80.00 2190 | 1 0.03 80.03 2200 | 1 0.03 80.06 2240 | 2 0.06 80.12 2281 | 1 0.03 80.15 2290 | 2 0.06 80.21 2320 | 1 0.03 80.24 2330 | 1 0.03 80.27 2335 | 1 0.03 80.30 2340 | 1 0.03 80.33 2360 | 1 0.03 80.36 2400 | 1 0.03 80.40 2440 | 4 0.12 80.52 2520 | 2 0.06 80.58 2560 | 1 0.03 80.61 2580 | 2 0.06 80.67 2620 | 2 0.06 80.73 2640 | 1 0.03 80.76 2650 | 2 0.06 80.82 2655 | 1 0.03 80.85 2670 | 1 0.03 80.88 2680 | 1 0.03 80.91 2700 | 1 0.03 80.94 2710 | 2 0.06 81.00 2720 | 3 0.09 81.09 2750 | 1 0.03 81.12 2760 | 6 0.18 81.31 2800 | 4 0.12 81.43 2840 | 2 0.06 81.49 2880 | 1 0.03 81.52 2900 | 1 0.03 81.55 2920 | 1 0.03 81.58 2960 | 2 0.06 81.64 2975 | 2 0.06 81.70 2980 | 1 0.03 81.73 2985 | 2 0.06 81.79 2995 | 1 0.03 81.82 3000 | 4 0.12 81.95 3040 | 1 0.03 81.98 3060 | 1 0.03 82.01 3080 | 1 0.03 82.04 3120 | 8 0.24 82.28 3150 | 1 0.03 82.31 3160 | 5 0.15 82.46 3180 | 1 0.03 82.49 3200 | 1 0.03 82.52 3240 | 4 0.12 82.64 3283 | 4 0.12 82.77 3285 | 2 0.06 82.83 3290 | 4 0.12 82.95 3320 | 1 0.03 82.98 3350 | 2 0.06 83.04 3360 | 6 0.18 83.22 3400 | 6 0.18 83.40 3440 | 2 0.06 83.47 3480 | 9 0.27 83.74 3500 | 1 0.03 83.77 3520 | 1 0.03 83.80 3560 | 3 0.09 83.89 3580 | 2 0.06 83.95 3600 | 4 0.12 84.07 3605 | 1 0.03 84.10 3610 | 1 0.03 84.13 3620 | 1 0.03 84.16 3640 | 1 0.03 84.19 3660 | 8 0.24 84.44 3680 | 2 0.06 84.50 3700 | 1 0.03 84.53 3710 | 2 0.06 84.59 3720 | 3 0.09 84.68 3740 | 1 0.03 84.71 3760 | 11 0.33 85.05 3800 | 1 0.03 85.08 3810 | 2 0.06 85.14 3840 | 6 0.18 85.32 3850 | 2 0.06 85.38 3870 | 2 0.06 85.44 3880 | 4 0.12 85.56 3920 | 2 0.06 85.62 3960 | 1 0.03 85.65 3980 | 1 0.03 85.68 4000 | 1 0.03 85.71 4040 | 3 0.09 85.81 4080 | 1 0.03 85.84 4100 | 1 0.03 85.87 4120 | 3 0.09 85.96 4150 | 1 0.03 85.99 4200 | 1 0.03 86.02 4243 | 1 0.03 86.05 4280 | 7 0.21 86.26 4320 | 2 0.06 86.32 4360 | 1 0.03 86.35 4400 | 4 0.12 86.47 4420 | 3 0.09 86.57 4480 | 2 0.06 86.63 4520 | 7 0.21 86.84 4600 | 1 0.03 86.87 4640 | 5 0.15 87.02 4680 | 5 0.15 87.17 4720 | 1 0.03 87.20 4800 | 2 0.06 87.26 4840 | 6 0.18 87.45 4880 | 1 0.03 87.48 4890 | 1 0.03 87.51 4900 | 1 0.03 87.54 4920 | 5 0.15 87.69 4940 | 1 0.03 87.72 5000 | 2 0.06 87.78 5015 | 3 0.09 87.87 5080 | 4 0.12 87.99 5120 | 13 0.40 88.39 5140 | 1 0.03 88.42 5160 | 2 0.06 88.48 5170 | 1 0.03 88.51 5190 | 2 0.06 88.57 5200 | 1 0.03 88.60 5240 | 3 0.09 88.69 5280 | 1 0.03 88.72 5330 | 1 0.03 88.75 5345 | 1 0.03 88.78 5360 | 8 0.24 89.03 5380 | 2 0.06 89.09 5483 | 2 0.06 89.15 5523 | 1 0.03 89.18 5560 | 8 0.24 89.42 5600 | 8 0.24 89.67 5640 | 5 0.15 89.82 5660 | 2 0.06 89.88 5720 | 15 0.46 90.33 5775 | 2 0.06 90.40 5790 | 1 0.03 90.43 5800 | 2 0.06 90.49 5880 | 6 0.18 90.67 5910 | 1 0.03 90.70 5920 | 5 0.15 90.85 5945 | 1 0.03 90.88 5960 | 4 0.12 91.00 5990 | 1 0.03 91.03 6015 | 1 0.03 91.06 6020 | 2 0.06 91.12 6080 | 2 0.06 91.19 6120 | 3 0.09 91.28 6160 | 9 0.27 91.55 6200 | 2 0.06 91.61 6240 | 1 0.03 91.64 6280 | 6 0.18 91.82 6323 | 1 0.03 91.85 6340 | 1 0.03 91.88 6360 | 6 0.18 92.07 6403 | 3 0.09 92.16 6440 | 6 0.18 92.34 6483 | 6 0.18 92.52 6520 | 1 0.03 92.55 6560 | 1 0.03 92.58 6580 | 1 0.03 92.61 6600 | 1 0.03 92.64 6640 | 6 0.18 92.83 6660 | 1 0.03 92.86 6680 | 1 0.03 92.89 6690 | 1 0.03 92.92 6720 | 1 0.03 92.95 6740 | 2 0.06 93.01 6760 | 13 0.40 93.40 6780 | 2 0.06 93.47 6800 | 4 0.12 93.59 6820 | 1 0.03 93.62 6840 | 6 0.18 93.80 6880 | 3 0.09 93.89 6895 | 2 0.06 93.95 6920 | 3 0.09 94.04 6960 | 3 0.09 94.13 6980 | 2 0.06 94.19 7000 | 2 0.06 94.26 7040 | 12 0.36 94.62 7080 | 2 0.06 94.68 7120 | 1 0.03 94.71 7160 | 3 0.09 94.80 7200 | 1 0.03 94.83 7240 | 4 0.12 94.95 7320 | 1 0.03 94.98 7360 | 3 0.09 95.08 7400 | 1 0.03 95.11 7440 | 30 0.91 96.02 7460 | 1 0.03 96.05 7480 | 1 0.03 96.08 7485 | 1 0.03 96.11 7490 | 2 0.06 96.17 7500 | 1 0.03 96.20 7510 | 2 0.06 96.26 7520 | 3 0.09 96.35 7560 | 4 0.12 96.47 7600 | 3 0.09 96.57 7610 | 1 0.03 96.60 7620 | 1 0.03 96.63 7640 | 1 0.03 96.66 7680 | 3 0.09 96.75 7720 | 2 0.06 96.81 7760 | 2 0.06 96.87 7800 | 1 0.03 96.90 7840 | 1 0.03 96.93 7880 | 2 0.06 96.99 7920 | 3 0.09 97.08 8003 | 2 0.06 97.14 8050 | 1 0.03 97.17 8080 | 3 0.09 97.26 8120 | 1 0.03 97.29 8140 | 1 0.03 97.33 8160 | 4 0.12 97.45 8200 | 1 0.03 97.48 8240 | 2 0.06 97.54 8280 | 4 0.12 97.66 8320 | 3 0.09 97.75 8360 | 2 0.06 97.81 8400 | 3 0.09 97.90 8440 | 1 0.03 97.93 8480 | 1 0.03 97.96 8520 | 1 0.03 97.99 8560 | 5 0.15 98.15 8600 | 1 0.03 98.18 8640 | 1 0.03 98.21 8680 | 2 0.06 98.27 8720 | 2 0.06 98.33 8735 | 1 0.03 98.36 8750 | 1 0.03 98.39 8760 | 1 0.03 98.42 8780 | 1 0.03 98.45 8800 | 1 0.03 98.48 8840 | 25 0.76 99.24 8920 | 1 0.03 99.27 8940 | 1 0.03 99.30 8960 | 1 0.03 99.33 9000 | 3 0.09 99.42 9040 | 3 0.09 99.51 9080 | 2 0.06 99.57 9140 | 1 0.03 99.60 9160 | 2 0.06 99.67 9200 | 2 0.06 99.73 9260 | 1 0.03 99.76 9270 | 1 0.03 99.79 9280 | 1 0.03 99.82 9320 | 3 0.09 99.91 9340 | 2 0.06 99.97 9360 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_19 variable in msabea dataset : FIPS MSA | Area | assigned | for FN02 | Freq. Percent Cum. ------------+----------------------------------- | 2,381 72.37 72.37 0040 | 1 0.03 72.40 0060 | 3 0.09 72.49 0080 | 2 0.06 72.55 0120 | 2 0.06 72.61 0160 | 6 0.18 72.80 0200 | 3 0.09 72.89 0220 | 1 0.03 72.92 0240 | 3 0.09 73.01 0280 | 1 0.03 73.04 0320 | 2 0.06 73.10 0380 | 1 0.03 73.13 0440 | 3 0.09 73.22 0450 | 1 0.03 73.25 0460 | 3 0.09 73.34 0470 | 3 0.09 73.43 0480 | 2 0.06 73.50 0500 | 3 0.09 73.59 0520 | 20 0.61 74.19 0560 | 2 0.06 74.26 0580 | 1 0.03 74.29 0600 | 5 0.15 74.44 0640 | 5 0.15 74.59 0680 | 1 0.03 74.62 0720 | 7 0.21 74.83 0733 | 1 0.03 74.86 0743 | 1 0.03 74.89 0760 | 4 0.12 75.02 0840 | 3 0.09 75.11 0860 | 1 0.03 75.14 0870 | 1 0.03 75.17 0875 | 2 0.06 75.23 0880 | 1 0.03 75.26 0920 | 3 0.09 75.35 0960 | 2 0.06 75.41 1000 | 4 0.12 75.53 1010 | 2 0.06 75.59 1020 | 1 0.03 75.62 1040 | 1 0.03 75.65 1080 | 2 0.06 75.71 1123 | 11 0.33 76.05 1125 | 1 0.03 76.08 1145 | 1 0.03 76.11 1150 | 1 0.03 76.14 1240 | 1 0.03 76.17 1260 | 1 0.03 76.20 1280 | 2 0.06 76.26 1303 | 3 0.09 76.35 1310 | 5 0.15 76.50 1320 | 2 0.06 76.57 1350 | 1 0.03 76.60 1360 | 1 0.03 76.63 1400 | 1 0.03 76.66 1440 | 3 0.09 76.75 1480 | 2 0.06 76.81 1520 | 8 0.24 77.05 1540 | 4 0.12 77.17 1560 | 5 0.15 77.33 1580 | 1 0.03 77.36 1600 | 9 0.27 77.63 1620 | 1 0.03 77.66 1640 | 12 0.36 78.02 1660 | 2 0.06 78.09 1680 | 6 0.18 78.27 1720 | 1 0.03 78.30 1740 | 1 0.03 78.33 1760 | 2 0.06 78.39 1800 | 4 0.12 78.51 1840 | 6 0.18 78.69 1880 | 2 0.06 78.75 1890 | 1 0.03 78.78 1900 | 2 0.06 78.84 1920 | 8 0.24 79.09 1950 | 2 0.06 79.15 1960 | 3 0.09 79.24 2000 | 4 0.12 79.36 2020 | 2 0.06 79.42 2030 | 2 0.06 79.48 2040 | 1 0.03 79.51 2080 | 5 0.15 79.67 2120 | 3 0.09 79.76 2160 | 6 0.18 79.94 2180 | 2 0.06 80.00 2190 | 1 0.03 80.03 2200 | 1 0.03 80.06 2240 | 2 0.06 80.12 2281 | 1 0.03 80.15 2290 | 2 0.06 80.21 2320 | 1 0.03 80.24 2330 | 1 0.03 80.27 2335 | 1 0.03 80.30 2340 | 1 0.03 80.33 2360 | 1 0.03 80.36 2400 | 1 0.03 80.40 2440 | 4 0.12 80.52 2520 | 2 0.06 80.58 2560 | 1 0.03 80.61 2580 | 2 0.06 80.67 2620 | 2 0.06 80.73 2640 | 1 0.03 80.76 2650 | 2 0.06 80.82 2655 | 1 0.03 80.85 2670 | 1 0.03 80.88 2680 | 1 0.03 80.91 2700 | 1 0.03 80.94 2710 | 2 0.06 81.00 2720 | 3 0.09 81.09 2750 | 1 0.03 81.12 2760 | 6 0.18 81.31 2800 | 4 0.12 81.43 2840 | 2 0.06 81.49 2880 | 1 0.03 81.52 2900 | 1 0.03 81.55 2920 | 1 0.03 81.58 2960 | 2 0.06 81.64 2975 | 2 0.06 81.70 2980 | 1 0.03 81.73 2985 | 2 0.06 81.79 2995 | 1 0.03 81.82 3000 | 4 0.12 81.95 3040 | 1 0.03 81.98 3060 | 1 0.03 82.01 3080 | 1 0.03 82.04 3120 | 8 0.24 82.28 3150 | 1 0.03 82.31 3160 | 5 0.15 82.46 3180 | 1 0.03 82.49 3200 | 1 0.03 82.52 3240 | 4 0.12 82.64 3283 | 4 0.12 82.77 3285 | 2 0.06 82.83 3290 | 4 0.12 82.95 3320 | 1 0.03 82.98 3350 | 2 0.06 83.04 3360 | 6 0.18 83.22 3400 | 6 0.18 83.40 3440 | 2 0.06 83.47 3480 | 9 0.27 83.74 3500 | 1 0.03 83.77 3520 | 1 0.03 83.80 3560 | 3 0.09 83.89 3580 | 2 0.06 83.95 3600 | 4 0.12 84.07 3605 | 1 0.03 84.10 3610 | 1 0.03 84.13 3620 | 1 0.03 84.16 3640 | 1 0.03 84.19 3660 | 8 0.24 84.44 3680 | 2 0.06 84.50 3700 | 1 0.03 84.53 3710 | 2 0.06 84.59 3720 | 3 0.09 84.68 3740 | 1 0.03 84.71 3760 | 11 0.33 85.05 3800 | 1 0.03 85.08 3810 | 2 0.06 85.14 3840 | 6 0.18 85.32 3850 | 2 0.06 85.38 3870 | 2 0.06 85.44 3880 | 4 0.12 85.56 3920 | 2 0.06 85.62 3960 | 1 0.03 85.65 3980 | 1 0.03 85.68 4000 | 1 0.03 85.71 4040 | 3 0.09 85.81 4080 | 1 0.03 85.84 4100 | 1 0.03 85.87 4120 | 3 0.09 85.96 4150 | 1 0.03 85.99 4200 | 1 0.03 86.02 4243 | 1 0.03 86.05 4280 | 7 0.21 86.26 4320 | 2 0.06 86.32 4360 | 1 0.03 86.35 4400 | 4 0.12 86.47 4420 | 3 0.09 86.57 4480 | 2 0.06 86.63 4520 | 7 0.21 86.84 4600 | 1 0.03 86.87 4640 | 5 0.15 87.02 4680 | 5 0.15 87.17 4720 | 1 0.03 87.20 4800 | 2 0.06 87.26 4840 | 6 0.18 87.45 4880 | 1 0.03 87.48 4890 | 1 0.03 87.51 4900 | 1 0.03 87.54 4920 | 5 0.15 87.69 4940 | 1 0.03 87.72 5000 | 2 0.06 87.78 5015 | 3 0.09 87.87 5080 | 4 0.12 87.99 5120 | 13 0.40 88.39 5140 | 1 0.03 88.42 5160 | 2 0.06 88.48 5170 | 1 0.03 88.51 5190 | 2 0.06 88.57 5200 | 1 0.03 88.60 5240 | 3 0.09 88.69 5280 | 1 0.03 88.72 5330 | 1 0.03 88.75 5345 | 1 0.03 88.78 5360 | 8 0.24 89.03 5380 | 2 0.06 89.09 5483 | 2 0.06 89.15 5523 | 1 0.03 89.18 5560 | 8 0.24 89.42 5600 | 8 0.24 89.67 5640 | 5 0.15 89.82 5660 | 2 0.06 89.88 5720 | 15 0.46 90.33 5775 | 2 0.06 90.40 5790 | 1 0.03 90.43 5800 | 2 0.06 90.49 5880 | 6 0.18 90.67 5910 | 1 0.03 90.70 5920 | 5 0.15 90.85 5945 | 1 0.03 90.88 5960 | 4 0.12 91.00 5990 | 1 0.03 91.03 6015 | 1 0.03 91.06 6020 | 2 0.06 91.12 6080 | 2 0.06 91.19 6120 | 3 0.09 91.28 6160 | 9 0.27 91.55 6200 | 2 0.06 91.61 6240 | 1 0.03 91.64 6280 | 6 0.18 91.82 6323 | 1 0.03 91.85 6340 | 1 0.03 91.88 6360 | 6 0.18 92.07 6403 | 3 0.09 92.16 6440 | 6 0.18 92.34 6483 | 6 0.18 92.52 6520 | 1 0.03 92.55 6560 | 1 0.03 92.58 6580 | 1 0.03 92.61 6600 | 1 0.03 92.64 6640 | 6 0.18 92.83 6660 | 1 0.03 92.86 6680 | 1 0.03 92.89 6690 | 1 0.03 92.92 6720 | 1 0.03 92.95 6740 | 2 0.06 93.01 6760 | 13 0.40 93.40 6780 | 2 0.06 93.47 6800 | 4 0.12 93.59 6820 | 1 0.03 93.62 6840 | 6 0.18 93.80 6880 | 3 0.09 93.89 6895 | 2 0.06 93.95 6920 | 3 0.09 94.04 6960 | 3 0.09 94.13 6980 | 2 0.06 94.19 7000 | 2 0.06 94.26 7040 | 12 0.36 94.62 7080 | 2 0.06 94.68 7120 | 1 0.03 94.71 7160 | 3 0.09 94.80 7200 | 1 0.03 94.83 7240 | 4 0.12 94.95 7320 | 1 0.03 94.98 7360 | 3 0.09 95.08 7400 | 1 0.03 95.11 7440 | 30 0.91 96.02 7460 | 1 0.03 96.05 7480 | 1 0.03 96.08 7485 | 1 0.03 96.11 7490 | 2 0.06 96.17 7500 | 1 0.03 96.20 7510 | 2 0.06 96.26 7520 | 3 0.09 96.35 7560 | 4 0.12 96.47 7600 | 3 0.09 96.57 7610 | 1 0.03 96.60 7620 | 1 0.03 96.63 7640 | 1 0.03 96.66 7680 | 3 0.09 96.75 7720 | 2 0.06 96.81 7760 | 2 0.06 96.87 7800 | 1 0.03 96.90 7840 | 1 0.03 96.93 7880 | 2 0.06 96.99 7920 | 3 0.09 97.08 8003 | 2 0.06 97.14 8050 | 1 0.03 97.17 8080 | 3 0.09 97.26 8120 | 1 0.03 97.29 8140 | 1 0.03 97.33 8160 | 4 0.12 97.45 8200 | 1 0.03 97.48 8240 | 2 0.06 97.54 8280 | 4 0.12 97.66 8320 | 3 0.09 97.75 8360 | 2 0.06 97.81 8400 | 3 0.09 97.90 8440 | 1 0.03 97.93 8480 | 1 0.03 97.96 8520 | 1 0.03 97.99 8560 | 5 0.15 98.15 8600 | 1 0.03 98.18 8640 | 1 0.03 98.21 8680 | 2 0.06 98.27 8720 | 2 0.06 98.33 8735 | 1 0.03 98.36 8750 | 1 0.03 98.39 8760 | 1 0.03 98.42 8780 | 1 0.03 98.45 8800 | 1 0.03 98.48 8840 | 25 0.76 99.24 8920 | 1 0.03 99.27 8940 | 1 0.03 99.30 8960 | 1 0.03 99.33 9000 | 3 0.09 99.42 9040 | 3 0.09 99.51 9080 | 2 0.06 99.57 9140 | 1 0.03 99.60 9160 | 2 0.06 99.67 9200 | 2 0.06 99.73 9260 | 1 0.03 99.76 9270 | 1 0.03 99.79 9280 | 1 0.03 99.82 9320 | 3 0.09 99.91 9340 | 2 0.06 99.97 9360 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_20 variable in msabea dataset : FIPS MSA | Area | assigned | for FN03 | Freq. Percent Cum. ------------+----------------------------------- | 2,380 72.34 72.34 0040 | 1 0.03 72.37 0060 | 3 0.09 72.46 0080 | 2 0.06 72.52 0120 | 2 0.06 72.58 0160 | 6 0.18 72.77 0200 | 3 0.09 72.86 0220 | 1 0.03 72.89 0240 | 3 0.09 72.98 0280 | 1 0.03 73.01 0320 | 2 0.06 73.07 0380 | 1 0.03 73.10 0440 | 3 0.09 73.19 0450 | 1 0.03 73.22 0460 | 3 0.09 73.31 0470 | 3 0.09 73.40 0480 | 2 0.06 73.47 0500 | 3 0.09 73.56 0520 | 20 0.61 74.16 0560 | 2 0.06 74.22 0580 | 1 0.03 74.26 0600 | 5 0.15 74.41 0640 | 5 0.15 74.56 0680 | 1 0.03 74.59 0720 | 7 0.21 74.80 0733 | 1 0.03 74.83 0743 | 1 0.03 74.86 0760 | 4 0.12 74.98 0840 | 3 0.09 75.08 0860 | 1 0.03 75.11 0870 | 1 0.03 75.14 0875 | 2 0.06 75.20 0880 | 1 0.03 75.23 0920 | 3 0.09 75.32 0960 | 2 0.06 75.38 1000 | 4 0.12 75.50 1010 | 2 0.06 75.56 1020 | 1 0.03 75.59 1040 | 1 0.03 75.62 1080 | 2 0.06 75.68 1123 | 11 0.33 76.02 1125 | 1 0.03 76.05 1145 | 1 0.03 76.08 1150 | 1 0.03 76.11 1240 | 1 0.03 76.14 1260 | 1 0.03 76.17 1280 | 2 0.06 76.23 1303 | 3 0.09 76.32 1310 | 5 0.15 76.47 1320 | 2 0.06 76.53 1350 | 1 0.03 76.57 1360 | 1 0.03 76.60 1400 | 1 0.03 76.63 1440 | 3 0.09 76.72 1480 | 2 0.06 76.78 1520 | 8 0.24 77.02 1540 | 4 0.12 77.14 1560 | 5 0.15 77.29 1580 | 1 0.03 77.33 1600 | 9 0.27 77.60 1620 | 1 0.03 77.63 1640 | 12 0.36 77.99 1660 | 2 0.06 78.05 1680 | 6 0.18 78.24 1720 | 1 0.03 78.27 1740 | 1 0.03 78.30 1760 | 2 0.06 78.36 1800 | 4 0.12 78.48 1840 | 6 0.18 78.66 1880 | 2 0.06 78.72 1890 | 1 0.03 78.75 1900 | 2 0.06 78.81 1920 | 8 0.24 79.06 1950 | 2 0.06 79.12 1960 | 3 0.09 79.21 2000 | 4 0.12 79.33 2020 | 2 0.06 79.39 2030 | 2 0.06 79.45 2040 | 1 0.03 79.48 2080 | 6 0.18 79.67 2120 | 3 0.09 79.76 2160 | 6 0.18 79.94 2180 | 2 0.06 80.00 2190 | 1 0.03 80.03 2200 | 1 0.03 80.06 2240 | 2 0.06 80.12 2281 | 1 0.03 80.15 2290 | 2 0.06 80.21 2320 | 1 0.03 80.24 2330 | 1 0.03 80.27 2335 | 1 0.03 80.30 2340 | 1 0.03 80.33 2360 | 1 0.03 80.36 2400 | 1 0.03 80.40 2440 | 4 0.12 80.52 2520 | 2 0.06 80.58 2560 | 1 0.03 80.61 2580 | 2 0.06 80.67 2620 | 2 0.06 80.73 2640 | 1 0.03 80.76 2650 | 2 0.06 80.82 2655 | 1 0.03 80.85 2670 | 1 0.03 80.88 2680 | 1 0.03 80.91 2700 | 1 0.03 80.94 2710 | 2 0.06 81.00 2720 | 3 0.09 81.09 2750 | 1 0.03 81.12 2760 | 6 0.18 81.31 2800 | 4 0.12 81.43 2840 | 2 0.06 81.49 2880 | 1 0.03 81.52 2900 | 1 0.03 81.55 2920 | 1 0.03 81.58 2960 | 2 0.06 81.64 2975 | 2 0.06 81.70 2980 | 1 0.03 81.73 2985 | 2 0.06 81.79 2995 | 1 0.03 81.82 3000 | 4 0.12 81.95 3040 | 1 0.03 81.98 3060 | 1 0.03 82.01 3080 | 1 0.03 82.04 3120 | 8 0.24 82.28 3150 | 1 0.03 82.31 3160 | 5 0.15 82.46 3180 | 1 0.03 82.49 3200 | 1 0.03 82.52 3240 | 4 0.12 82.64 3283 | 4 0.12 82.77 3285 | 2 0.06 82.83 3290 | 4 0.12 82.95 3320 | 1 0.03 82.98 3350 | 2 0.06 83.04 3360 | 6 0.18 83.22 3400 | 6 0.18 83.40 3440 | 2 0.06 83.47 3480 | 9 0.27 83.74 3500 | 1 0.03 83.77 3520 | 1 0.03 83.80 3560 | 3 0.09 83.89 3580 | 2 0.06 83.95 3600 | 4 0.12 84.07 3605 | 1 0.03 84.10 3610 | 1 0.03 84.13 3620 | 1 0.03 84.16 3640 | 1 0.03 84.19 3660 | 8 0.24 84.44 3680 | 2 0.06 84.50 3700 | 1 0.03 84.53 3710 | 2 0.06 84.59 3720 | 3 0.09 84.68 3740 | 1 0.03 84.71 3760 | 11 0.33 85.05 3800 | 1 0.03 85.08 3810 | 2 0.06 85.14 3840 | 6 0.18 85.32 3850 | 2 0.06 85.38 3870 | 2 0.06 85.44 3880 | 4 0.12 85.56 3920 | 2 0.06 85.62 3960 | 1 0.03 85.65 3980 | 1 0.03 85.68 4000 | 1 0.03 85.71 4040 | 3 0.09 85.81 4080 | 1 0.03 85.84 4100 | 1 0.03 85.87 4120 | 3 0.09 85.96 4150 | 1 0.03 85.99 4200 | 1 0.03 86.02 4243 | 1 0.03 86.05 4280 | 7 0.21 86.26 4320 | 2 0.06 86.32 4360 | 1 0.03 86.35 4400 | 4 0.12 86.47 4420 | 3 0.09 86.57 4480 | 2 0.06 86.63 4520 | 7 0.21 86.84 4600 | 1 0.03 86.87 4640 | 5 0.15 87.02 4680 | 5 0.15 87.17 4720 | 1 0.03 87.20 4800 | 2 0.06 87.26 4840 | 6 0.18 87.45 4880 | 1 0.03 87.48 4890 | 1 0.03 87.51 4900 | 1 0.03 87.54 4920 | 5 0.15 87.69 4940 | 1 0.03 87.72 5000 | 2 0.06 87.78 5015 | 3 0.09 87.87 5080 | 4 0.12 87.99 5120 | 13 0.40 88.39 5140 | 1 0.03 88.42 5160 | 2 0.06 88.48 5170 | 1 0.03 88.51 5190 | 2 0.06 88.57 5200 | 1 0.03 88.60 5240 | 3 0.09 88.69 5280 | 1 0.03 88.72 5330 | 1 0.03 88.75 5345 | 1 0.03 88.78 5360 | 8 0.24 89.03 5380 | 2 0.06 89.09 5483 | 2 0.06 89.15 5523 | 1 0.03 89.18 5560 | 8 0.24 89.42 5600 | 8 0.24 89.67 5640 | 5 0.15 89.82 5660 | 2 0.06 89.88 5720 | 15 0.46 90.33 5775 | 2 0.06 90.40 5790 | 1 0.03 90.43 5800 | 2 0.06 90.49 5880 | 6 0.18 90.67 5910 | 1 0.03 90.70 5920 | 5 0.15 90.85 5945 | 1 0.03 90.88 5960 | 4 0.12 91.00 5990 | 1 0.03 91.03 6015 | 1 0.03 91.06 6020 | 2 0.06 91.12 6080 | 2 0.06 91.19 6120 | 3 0.09 91.28 6160 | 9 0.27 91.55 6200 | 2 0.06 91.61 6240 | 1 0.03 91.64 6280 | 6 0.18 91.82 6323 | 1 0.03 91.85 6340 | 1 0.03 91.88 6360 | 6 0.18 92.07 6403 | 3 0.09 92.16 6440 | 6 0.18 92.34 6483 | 6 0.18 92.52 6520 | 1 0.03 92.55 6560 | 1 0.03 92.58 6580 | 1 0.03 92.61 6600 | 1 0.03 92.64 6640 | 6 0.18 92.83 6660 | 1 0.03 92.86 6680 | 1 0.03 92.89 6690 | 1 0.03 92.92 6720 | 1 0.03 92.95 6740 | 2 0.06 93.01 6760 | 13 0.40 93.40 6780 | 2 0.06 93.47 6800 | 4 0.12 93.59 6820 | 1 0.03 93.62 6840 | 6 0.18 93.80 6880 | 3 0.09 93.89 6895 | 2 0.06 93.95 6920 | 3 0.09 94.04 6960 | 3 0.09 94.13 6980 | 2 0.06 94.19 7000 | 2 0.06 94.26 7040 | 12 0.36 94.62 7080 | 2 0.06 94.68 7120 | 1 0.03 94.71 7160 | 3 0.09 94.80 7200 | 1 0.03 94.83 7240 | 4 0.12 94.95 7320 | 1 0.03 94.98 7360 | 3 0.09 95.08 7400 | 1 0.03 95.11 7440 | 30 0.91 96.02 7460 | 1 0.03 96.05 7480 | 1 0.03 96.08 7485 | 1 0.03 96.11 7490 | 2 0.06 96.17 7500 | 1 0.03 96.20 7510 | 2 0.06 96.26 7520 | 3 0.09 96.35 7560 | 4 0.12 96.47 7600 | 3 0.09 96.57 7610 | 1 0.03 96.60 7620 | 1 0.03 96.63 7640 | 1 0.03 96.66 7680 | 3 0.09 96.75 7720 | 2 0.06 96.81 7760 | 2 0.06 96.87 7800 | 1 0.03 96.90 7840 | 1 0.03 96.93 7880 | 2 0.06 96.99 7920 | 3 0.09 97.08 8003 | 2 0.06 97.14 8050 | 1 0.03 97.17 8080 | 3 0.09 97.26 8120 | 1 0.03 97.29 8140 | 1 0.03 97.33 8160 | 4 0.12 97.45 8200 | 1 0.03 97.48 8240 | 2 0.06 97.54 8280 | 4 0.12 97.66 8320 | 3 0.09 97.75 8360 | 2 0.06 97.81 8400 | 3 0.09 97.90 8440 | 1 0.03 97.93 8480 | 1 0.03 97.96 8520 | 1 0.03 97.99 8560 | 5 0.15 98.15 8600 | 1 0.03 98.18 8640 | 1 0.03 98.21 8680 | 2 0.06 98.27 8720 | 2 0.06 98.33 8735 | 1 0.03 98.36 8750 | 1 0.03 98.39 8760 | 1 0.03 98.42 8780 | 1 0.03 98.45 8800 | 1 0.03 98.48 8840 | 25 0.76 99.24 8920 | 1 0.03 99.27 8940 | 1 0.03 99.30 8960 | 1 0.03 99.33 9000 | 3 0.09 99.42 9040 | 3 0.09 99.51 9080 | 2 0.06 99.57 9140 | 1 0.03 99.60 9160 | 2 0.06 99.67 9200 | 2 0.06 99.73 9260 | 1 0.03 99.76 9270 | 1 0.03 99.79 9280 | 1 0.03 99.82 9320 | 3 0.09 99.91 9340 | 2 0.06 99.97 9360 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,290 100.00 Frequencies for msa_21 variable in msabea dataset : FIPS MSA | Area | assigned | for FN03 | Freq. Percent Cum. ------------+----------------------------------- | 2,380 72.34 72.34 0040 | 1 0.03 72.37 0060 | 3 0.09 72.46 0080 | 2 0.06 72.52 0120 | 2 0.06 72.58 0160 | 6 0.18 72.77 0200 | 3 0.09 72.86 0220 | 1 0.03 72.89 0240 | 3 0.09 72.98 0280 | 1 0.03 73.01 0320 | 2 0.06 73.07 0380 | 1 0.03 73.10 0440 | 3 0.09 73.19 0450 | 1 0.03 73.22 0460 | 3 0.09 73.31 0470 | 3 0.09 73.40 0480 | 2 0.06 73.47 0500 | 3 0.09 73.56 0520 | 20 0.61 74.16 0560 | 2 0.06 74.22 0580 | 1 0.03 74.26 0600 | 5 0.15 74.41 0640 | 5 0.15 74.56 0680 | 1 0.03 74.59 0720 | 7 0.21 74.80 0733 | 1 0.03 74.83 0743 | 1 0.03 74.86 0760 | 4 0.12 74.98 0840 | 3 0.09 75.08 0860 | 1 0.03 75.11 0870 | 1 0.03 75.14 0875 | 2 0.06 75.20 0880 | 1 0.03 75.23 0920 | 3 0.09 75.32 0960 | 2 0.06 75.38 1000 | 4 0.12 75.50 1010 | 2 0.06 75.56 1020 | 1 0.03 75.59 1040 | 1 0.03 75.62 1080 | 2 0.06 75.68 1123 | 11 0.33 76.02 1125 | 1 0.03 76.05 1145 | 1 0.03 76.08 1150 | 1 0.03 76.11 1240 | 1 0.03 76.14 1260 | 1 0.03 76.17 1280 | 2 0.06 76.23 1303 | 3 0.09 76.32 1310 | 5 0.15 76.47 1320 | 2 0.06 76.53 1350 | 1 0.03 76.57 1360 | 1 0.03 76.60 1400 | 1 0.03 76.63 1440 | 3 0.09 76.72 1480 | 2 0.06 76.78 1520 | 8 0.24 77.02 1540 | 4 0.12 77.14 1560 | 5 0.15 77.29 1580 | 1 0.03 77.33 1600 | 9 0.27 77.60 1620 | 1 0.03 77.63 1640 | 12 0.36 77.99 1660 | 2 0.06 78.05 1680 | 6 0.18 78.24 1720 | 1 0.03 78.27 1740 | 1 0.03 78.30 1760 | 2 0.06 78.36 1800 | 4 0.12 78.48 1840 | 6 0.18 78.66 1880 | 2 0.06 78.72 1890 | 1 0.03 78.75 1900 | 2 0.06 78.81 1920 | 8 0.24 79.06 1950 | 2 0.06 79.12 1960 | 3 0.09 79.21 2000 | 4 0.12 79.33 2020 | 2 0.06 79.39 2030 | 2 0.06 79.45 2040 | 1 0.03 79.48 2080 | 6 0.18 79.67 2120 | 3 0.09 79.76 2160 | 6 0.18 79.94 2180 | 2 0.06 80.00 2190 | 1 0.03 80.03 2200 | 1 0.03 80.06 2240 | 2 0.06 80.12 2281 | 1 0.03 80.15 2290 | 2 0.06 80.21 2320 | 1 0.03 80.24 2330 | 1 0.03 80.27 2335 | 1 0.03 80.30 2340 | 1 0.03 80.33 2360 | 1 0.03 80.36 2400 | 1 0.03 80.40 2440 | 4 0.12 80.52 2520 | 2 0.06 80.58 2560 | 1 0.03 80.61 2580 | 2 0.06 80.67 2620 | 2 0.06 80.73 2640 | 1 0.03 80.76 2650 | 2 0.06 80.82 2655 | 1 0.03 80.85 2670 | 1 0.03 80.88 2680 | 1 0.03 80.91 2700 | 1 0.03 80.94 2710 | 2 0.06 81.00 2720 | 3 0.09 81.09 2750 | 1 0.03 81.12 2760 | 6 0.18 81.31 2800 | 4 0.12 81.43 2840 | 2 0.06 81.49 2880 | 1 0.03 81.52 2900 | 1 0.03 81.55 2920 | 1 0.03 81.58 2960 | 2 0.06 81.64 2975 | 2 0.06 81.70 2980 | 1 0.03 81.73 2985 | 2 0.06 81.79 2995 | 1 0.03 81.82 3000 | 4 0.12 81.95 3040 | 1 0.03 81.98 3060 | 1 0.03 82.01 3080 | 1 0.03 82.04 3120 | 8 0.24 82.28 3150 | 1 0.03 82.31 3160 | 5 0.15 82.46 3180 | 1 0.03 82.49 3200 | 1 0.03 82.52 3240 | 4 0.12 82.64 3283 | 4 0.12 82.77 3285 | 2 0.06 82.83 3290 | 4 0.12 82.95 3320 | 1 0.03 82.98 3350 | 2 0.06 83.04 3360 | 6 0.18 83.22 3400 | 6 0.18 83.40 3440 | 2 0.06 83.47 3480 | 9 0.27 83.74 3500 | 1 0.03 83.77 3520 | 1 0.03 83.80 3560 | 3 0.09 83.89 3580 | 2 0.06 83.95 3600 | 4 0.12 84.07 3605 | 1 0.03 84.10 3610 | 1 0.03 84.13 3620 | 1 0.03 84.16 3640 | 1 0.03 84.19 3660 | 8 0.24 84.44 3680 | 2 0.06 84.50 3700 | 1 0.03 84.53 3710 | 2 0.06 84.59 3720 | 3 0.09 84.68 3740 | 1 0.03 84.71 3760 | 11 0.33 85.05 3800 | 1 0.03 85.08 3810 | 2 0.06 85.14 3840 | 6 0.18 85.32 3850 | 2 0.06 85.38 3870 | 2 0.06 85.44 3880 | 4 0.12 85.56 3920 | 2 0.06 85.62 3960 | 1 0.03 85.65 3980 | 1 0.03 85.68 4000 | 1 0.03 85.71 4040 | 3 0.09 85.81 4080 | 1 0.03 85.84 4100 | 1 0.03 85.87 4120 | 3 0.09 85.96 4150 | 1 0.03 85.99 4200 | 1 0.03 86.02 4243 | 1 0.03 86.05 4280 | 7 0.21 86.26 4320 | 2 0.06 86.32 4360 | 1 0.03 86.35 4400 | 4 0.12 86.47 4420 | 3 0.09 86.57 4480 | 2 0.06 86.63 4520 | 7 0.21 86.84 4600 | 1 0.03 86.87 4640 | 5 0.15 87.02 4680 | 5 0.15 87.17 4720 | 1 0.03 87.20 4800 | 2 0.06 87.26 4840 | 6 0.18 87.45 4880 | 1 0.03 87.48 4890 | 1 0.03 87.51 4900 | 1 0.03 87.54 4920 | 5 0.15 87.69 4940 | 1 0.03 87.72 5000 | 2 0.06 87.78 5015 | 3 0.09 87.87 5080 | 4 0.12 87.99 5120 | 13 0.40 88.39 5140 | 1 0.03 88.42 5160 | 2 0.06 88.48 5170 | 1 0.03 88.51 5190 | 2 0.06 88.57 5200 | 1 0.03 88.60 5240 | 3 0.09 88.69 5280 | 1 0.03 88.72 5330 | 1 0.03 88.75 5345 | 1 0.03 88.78 5360 | 8 0.24 89.03 5380 | 2 0.06 89.09 5483 | 2 0.06 89.15 5523 | 1 0.03 89.18 5560 | 8 0.24 89.42 5600 | 8 0.24 89.67 5640 | 5 0.15 89.82 5660 | 2 0.06 89.88 5720 | 15 0.46 90.33 5775 | 2 0.06 90.40 5790 | 1 0.03 90.43 5800 | 2 0.06 90.49 5880 | 6 0.18 90.67 5910 | 1 0.03 90.70 5920 | 5 0.15 90.85 5945 | 1 0.03 90.88 5960 | 4 0.12 91.00 5990 | 1 0.03 91.03 6015 | 1 0.03 91.06 6020 | 2 0.06 91.12 6080 | 2 0.06 91.19 6120 | 3 0.09 91.28 6160 | 9 0.27 91.55 6200 | 2 0.06 91.61 6240 | 1 0.03 91.64 6280 | 6 0.18 91.82 6323 | 1 0.03 91.85 6340 | 1 0.03 91.88 6360 | 6 0.18 92.07 6403 | 3 0.09 92.16 6440 | 6 0.18 92.34 6483 | 6 0.18 92.52 6520 | 1 0.03 92.55 6560 | 1 0.03 92.58 6580 | 1 0.03 92.61 6600 | 1 0.03 92.64 6640 | 6 0.18 92.83 6660 | 1 0.03 92.86 6680 | 1 0.03 92.89 6690 | 1 0.03 92.92 6720 | 1 0.03 92.95 6740 | 2 0.06 93.01 6760 | 13 0.40 93.40 6780 | 2 0.06 93.47 6800 | 4 0.12 93.59 6820 | 1 0.03 93.62 6840 | 6 0.18 93.80 6880 | 3 0.09 93.89 6895 | 2 0.06 93.95 6920 | 3 0.09 94.04 6960 | 3 0.09 94.13 6980 | 2 0.06 94.19 7000 | 2 0.06 94.26 7040 | 12 0.36 94.62 7080 | 2 0.06 94.68 7120 | 1 0.03 94.71 7160 | 3 0.09 94.80 7200 | 1 0.03 94.83 7240 | 4 0.12 94.95 7320 | 1 0.03 94.98 7360 | 3 0.09 95.08 7400 | 1 0.03 95.11 7440 | 30 0.91 96.02 7460 | 1 0.03 96.05 7480 | 1 0.03 96.08 7485 | 1 0.03 96.11 7490 | 2 0.06 96.17 7500 | 1 0.03 96.20 7510 | 2 0.06 96.26 7520 | 3 0.09 96.35 7560 | 4 0.12 96.47 7600 | 3 0.09 96.57 7610 | 1 0.03 96.60 7620 | 1 0.03 96.63 7640 | 1 0.03 96.66 7680 | 3 0.09 96.75 7720 | 2 0.06 96.81 7760 | 2 0.06 96.87 7800 | 1 0.03 96.90 7840 | 1 0.03 96.93 7880 | 2 0.06 96.99 7920 | 3 0.09 97.08 8003 | 2 0.06 97.14 8050 | 1 0.03 97.17 8080 | 3 0.09 97.26 8120 | 1 0.03 97.29 8140 | 1 0.03 97.33 8160 | 4 0.12 97.45 8200 | 1 0.03 97.48 8240 | 2 0.06 97.54 8280 | 4 0.12 97.66 8320 | 3 0.09 97.75 8360 | 2 0.06 97.81 8400 | 3 0.09 97.90 8440 | 1 0.03 97.93 8480 | 1 0.03 97.96 8520 | 1 0.03 97.99 8560 | 5 0.15 98.15 8600 | 1 0.03 98.18 8640 | 1 0.03 98.21 8680 | 2 0.06 98.27 8720 | 2 0.06 98.33 8735 | 1 0.03 98.36 8750 | 1 0.03 98.39 8760 | 1 0.03 98.42 8780 | 1 0.03 98.45 8800 | 1 0.03 98.48 8840 | 25 0.76 99.24 8920 | 1 0.03 99.27 8940 | 1 0.03 99.30 8960 | 1 0.03 99.33 9000 | 3 0.09 99.42 9040 | 3 0.09 99.51 9080 | 2 0.06 99.57 9140 | 1 0.03 99.60 9160 | 2 0.06 99.67 9200 | 2 0.06 99.73 9260 | 1 0.03 99.76 9270 | 1 0.03 99.79 9280 | 1 0.03 99.82 9320 | 3 0.09 99.91 9340 | 2 0.06 99.97 9360 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,290 100.00 by Jean Roth , jroth@nber.org , 20 Apr 2017