VOLUME II-SECTION 5 Tables - CDC

VOLUME II-SECTION 5

~$e Tables

VITAL STATISTICS OF THE UNITED STATES, 1966

VOLUME II -SECTION 5

U.S. DEPARTMENTOFHEALTH,EDUCATION,AND WIPUBLIC HEALTH SERVICENATIONAL CENTER FOR HEALTH STAT

:LFARE

STICS

NATIONAL CENTER FOR HEALTH STATISTICS

‘THEODORED.WOOLSEY,Director

PHILIP S. LAWRENCE, SC.D., Associate Director

OSWALD K. SAGEN, PH.D.,, Assistant Director /or Health Statistics

WALT R. SIMMONS, M.A., Assistant Director for Research and Scierzti/ic

ALICE M. WATERHOUSE, M. D., Medical Consultant

JAMES E. KELLY, D. D. S., Derztal Advisor

LOUIS R. STOLaS, M. A., Executive O//ice?

Development

Development

DIVISION OF VITAL STATISTICS

ROBERT D. GROVE, Ph. D., Director

ROBERT A. ISRAEL, M.S., Deputy Director

ARTHuR A. CAMPBELL, Special Assistant to the Director

ROBERT A. ISRAEL, M. S., Acting Chief, Mortality Statistics Branch

ARTHUR A. CAMPBELL, Acting Cbie/, Nataziw Statistics Branch

ROBERT D. GROVE, Ph. D., Acting Chief, Registration Methods Branch

PATIENCE LAURIAT, M. A., Chief, Marriage and Diuorce Statistics Branch

ARNE B. NELSON, M.A., Chief, Vital Records Survey Branch

ALICE M. HE TZEL, Cbie/, Statistical Resources Section. .

Guide to tables in Section 5

TABLE: 5

PAGE: 5

Years:

1900 -1966 -------------------------------

1966 only --------------------------------

Specified years and 1966------------------

Type of entry:Proportion dying (nq~--------------------

Number surviving fl%)---------------------

Number dying (nd~ ----------------- .---_-

Stationary population (nLxiznd Tx)---- ------

Average remaining Iifetime (eon)-----------

Estimated average length of life (S~.-----.

Characteristics:

Age by:Single years-----------=----------------

5-year intervals ------------------------

Sex-color specific3-----------------------

Sex specific -----------------------------

Color specific3--------------------------

Total population --------------------------

-1 -2 -3 -4 -5 .6

-7 -8 -9 -lo -11 -12

61

1 2 3 4

52

1 2

1 2 3 5

1 2

1 2

1 2 4 5

6

3 4

1 2 5

2 3 4 5 6

1 3 4 6

2 3 4 6

1 3 4 6

lEntire United States for 1929-66: death-registration States for 1900-1928.zEntire United States for specified years f~om 1929 to 1966; death-registration

States for specified years from 1900 to1921.3New Jersey didnot require the reporting of color or racein 1962 and 1963.

Page

~eHfe table program ------------------------------------------------- 5-3

Life table values for l966---------------------------------------------- 5-3

Trends ad comparisons ----------------------------------------------- 5-4

Technical appen&x ---------------------------------------------------- 5-5

Explanation of the columnsof the life table ------------------------------- 5-6

Table

5-1.

5-2.

5-3.

5-4.

5-5.

5-6.

Abridged life tables fortotal, male, andfemalepopulation: United States,l966----------------------------------------------------------- 5-7

Abridged life tables by color and sex: United States, 1966------------ 5-8

Number of survivors at single years of age; outoflOO,OOO born alive,by color and sex: United States, l966----------------------------- 5-9

Expectation of life at single years of age, by color andsex: UnitedStates, l966---------------------------------------------------- 5-10

Life table values bycolor and sex: Death-registration States, 1900-1902to 1919-21, and United States, 1929-31 to 1966--------------------- 5-11

Estimated average length of life in years, by color andsex: Death-regis~ation States, 1900-1928, and United States, 1929-66---------- 5-12

5-1

SECTION 5. LIFE TABLES

The mortality rates for a specific period maybe sum-marized by the life table method to obtain measures of com-parative longe~ ity. There are two types of life tables—thegeneration or cohort life table and the current life table. Thegeneration life table provides a “longitudinal” perspectivein that it follows the mortality experience of a particularcohort, all persons born in the year 1900 for example, fromthe moment .of birth through consecutive ages in successivecalendar years. Based on age-specific mortality rates ob-served during consecutive calendar years, the generationlife. table reflects the mortality experience of a cohort frombirth until no lives remain in the group.

The better known current life table may, bycontrast, becharacterized as “cross-s ectional.” Unlike the generationlife table, the current life table doesnotrepresent themor-tality experience of an actual cohort. Rather, the current lifetable considers ahypothetical cohort and assumes that it issubject to the age-specific mortality rates observed for anacttial population during a particular period. Thus, forexample, a current lifetable for1966assumesa hypotheticalcohort subject throughout its lifetime to the age-specificmortality rates prevailing for the actual population in 1966.The current lifetablemay thus becharacterizedas renderinga “snapshot” of current mortality experience..In this section,the term “life table” refers to the current life table onlyand not to the generation life table.

The life table program

There are three series of life tables prepared in theNational Center for Health Statistics —complete, provi-sional abridged, and final abridged life tables. The completelife tables for the U.S. population contain life table valuesfor single years of age and are based on decennial censusdata anddeathsfor a3-yearperiodabout the census year andhave been prepared since. 1900. The provisional abridgedlife tables contain values byagegroups andarebased ona10-percent sample of deaths. The final abridged life tables(referred to in this section as “abridgedl ifetables’’)alsocontain values by age groups but are basedon a completecount of all reported deaths.

In response toagrowing numberofr equestsf orpost-censal life table values, a series of abridgedlife tables wasinitiated in 1945. Available annually since that year, theabridged life tables are based on deaths occurring duringthe calendar year and on midyear postcensal populationestimates provided by the U.S. Bureau of the Census. Refine-ments in both the techniques for estimating population andthe methods for constructing abridged life tables permit thepreparation of abridged life tables which provide reasonablyaccurate data on current trends in expectation of life andsurvivorship. Abridged life tables for 1945 to 1952 were

constructed by the Greville method; l since 1953, amodifiedmethod has been employed.z The 1945 abridged life tableswere prepared for white and nonwhite males and females.Since 1946, abridged life tables for the total population havealso been available, and since 1957, abridged life tables havebeen calculated for total Imales and total females, regardlessof color. Starting with 1959, additional abridged life tableshave been published for total whites and total nonwhites,regardless of sex.

Numerous requests have been received annually forcurrent life table statistics that are more detailed thanthose available in the abridged life tables. Therefore tablesshowing lx and eox values by single years of age interpolated

from the abridged life tables have been published since1960.

The demand for information regarding up-to-datelife table values has been responsible for the introductionof a third series, provisional abridged life tables. Startingwith 1958, provisional abridged life tables have been pub-lished, for the total population only, in the Annual Summaryfor the United States, Monthly Vital Statistics RepoYt. Valuesin these life tables are based on population estimates pro-vided by the U.S. Bureau of the Census and on the estimatednumber of deaths derived from the Current Mortality Sam-ple (CMS). The CMS consists of one-tenth of the death cer-tificates filed in the vital statistics registration offices (50States and the cities of Washington, D.C., Baltimore, NewOrleans, and New York). The sample is taken by selecting1 certificate out of every 10 death certificates receivedbetween two dates a month apart.

Life table values for 1966

The two basic sources of data used in the preparationof the abridged U.S. life tables for 1966 are the final mor-tality statistics and the midyear estimates of the populationby age, color, and sex prepared by the U.S. Bureau of theCensus.3

Expectation of life. — Perhaps the best known of the lifetable statistics are the estimates of expectation of life (eox),

that is, the average remaining lifetime, in years, for per-

lNatiOnal Office of Vital Statistics: !Lethod of constructing the abridgedlife tables for the United States, 1949, by T. N. E. Greville. Vita? Statis-tics-SpeciuZ Reports, Vol. 32, No. 15. Public Health Service. }Vashingbn,D. C., 1953.

2National Center for Health Statisti CS: Comparison Of twO methOds ‘f

constructing abridged life tables by reference h a “standard” table, byfvl.G. Sirken. Vita? and Hea2th Statistics. PHS Pub. No. 1000-Series 2-No. 4.Public Health Service. }Vashington, D, C., 1966.

3u.s. Bureau of the Census: Estimates of tbe population Of tbe United

States, by &e, color, and sex, July 1, 1966. Current Popu7rztion Reports,Series P-25, No. 352. Vlasbingtin, D. C., 1966.

5.3

5-4 SECTION 5- LIFE TABLES

sons wtio have attained a given age (x). Values of expectationof life at specified ages in 1966 are shown for the total IJ.SOpopulation, total males, and total females in table 5-1 andfor total whites, white males, white females, total nonwhites,nonwhite males, and nonwhite females in table 5-2. In ad-dition, values of expectation of life at single years of age,by color and sex, are shown in table 5-4.

The expectation of life at birth (eoo) is the most widely

used of the expectation of life values. This measure repre-sents the average number of years that the members ofthe life table cohort may expect to live at the time of birth.In other words, it is the average age at death of the lifetable cohort. Based on the mortality experience of the popu-lation during 1966, the expectation of life at birth is 67.6years for white males, 74.7 for white females, 60.7 fornonwhite males, and 67.4 for nonwhite females. These valuesreflect the higher mortality of males over females and ofnonwhites over whites. Expectation of life at birth for whitefemales is 7.1 years longer than that for white males, andthe corresponding excess for nonwhite females is 6.7 years.However, because of the higher mortality of nonwhitesover whites, the life expectancy at birth for white males ex-ceeds that for nonwhite females by 0.2 year.

Expectation of life at birth is strongly affected by therelatively large number of deaths occurring during thefirst year of life. In comparing the mortali~ experienceof two (or more) poptdations, it is sometimes preferable toconsider expectation of life at age 1 (e:) since this meas-

ure is not affected by the infant mortali~ rate. Indged,as shown in tables 5-1 and 5-2, e: is higher than e moall popdation groups; those persons who survive the hazardsof infancy exhibit an increase in the average number ofyears of life remaining over the number expected whenthey were 1 year younger. The 1966 values of expectationof life at age 1 are 68.2 years for white males, 75.1 forwhite females, 62.4 for nonwhite males, and 68.8 fornonwhite females. The increase in expectation of life atage 1 over that at age O is substantial for nonwhite malesand females (,1.7 and 1.4 years, respectively) but consid-erably smaller for white males and females (0.6 year and0.4 year, respectively} this reflects the bigher infant mor-tality experience by the nonwhite population.

Values of expectation of life for single years of age arepresented in table 5-4. It may be of interest for certainpurposes, for example, to examine average remaining life-time at ages 21, 62, and 65. These ages may be regardedas representing, respectively, the attainment of adulthood,the minimum retirement age prescribed by the Social Se-curity Act, and the normal retirement age. The 1966 valuesof expectation of life for age 21 are 49.1 years for whitemales, 55.7 years for white females, 43.7 years for non-white males, and 49.7 years for nonwhite females. Cor-responding values for age 62 are 14.7, 18.6, 13,8, ; and16.8 years; for age 65 they are 12.9, 16.3, 12.4, and 15.2years.

The concept “expectation of life” is misleading if itimplies the notion of forecasting. It is important to under-stand that expectation of life values forecast average re-maining lifetime only for the hypothetical cohort of the

life table. Forecasts of expectation of life in 1966 for anyactual population must take into consideration not onlymortality experience in 1966 but also mortality experiencein subsequent calendar years.

Median length of life .—Another possible standard forcomparing longevity among different populations is providedby the median length of life at birth, or “probable lifetime ,“which is the age at which exactly half of the members ofthe original life table cohort have died. In other words, itis the median age at death of the life table cohort. For the1966 abridged life tables, which start with cohorts of 100,000live births, the median length of life at birth is the age atwhich there remain exactly 50,000 survivors, Readily com-puted from the 1% values in table 5-3, median length of

life at birth, on the basis of the 1966 mortality rates, is

71.2 years for white males, 79.0 for white females, 64.8for nonwhite males, and 70.3 for nonwhite females. Incomputing median length of life at birth, it is assumedthat deaths are evenly distributed within the age intervaIcontaining the median age.

A comparison of these “probable lifetime” measureswith those for expectation of life at birth shows that theformer exceed the latter for each population group. Thusmedian length of life at birth for white males in 1966 is3.6 years longer than expectation of life at birth; for whitefemales, 4.3 years; for nonwhite males, 4.1; and for non-white females, 2.9. These differences are, in large part,brought about by the relatively high toll of mortality to thecohort during the first year of life.

SuYvivoYs to specified ages. —Another value which canbe readily determined from the Iife table is the number (orpercentage) of persons in the original cohort surviving toa specified age. The ix columns in tables 5-1 to 5-3 con-

tain such data. Thus on the basis of the 1966 life tables, thepercentage of white males in a cohort of 100,000 live birthssurviving to age 1 is 97.7; white females, 98.2; nonwhitemales, 95. 8; and nonwhite females, 96.5. At age21 respectivepercentages are 96.0, 97.3, 93.4, and 95.0, and at age 65respective percentages are 65.6, 81.2, 49.6, and 63.2.

Trends and comparisons

The geographic areas covered in life tables prior to1929-31 were limited to the death-registration areas. Lifetables for 1919-21 were constructed using mortality datafrom the 1920 death-registration States-34 States and theDistrict of Columbia—and for 1900-1902 and 1909-11 fromthe 1900 death-registration States— 10 States and the Districtof Columbia. The tables for 1929-31 through 1958 cover theconterminous United States. Decennial life table values forthe 3-year period 1959-61 are derived from data which in-clude both Alaska and Hawaii for each year (table 5-5).Data for each year shown in table 5-6 include Alaska for1959 and both Alaska and Hawaii beginning with 1960.However, it is not believed that the inclusion of these twoStates materially affects life table values.

Table 5-5 shows expectation of life values (e;) at

specified ages as well as numbers of survivors Qx) to

SECTION 5- LIFE TABLES 5-5

specified ages for selected years during the period 1900to 1966. Although life table values for periods prior to the1929-31 life tables are not strictly comparable with thosefor later periods, certain trends may be noted.

Life expectancy at birth for 1966 was 70.1 years, 0.1year below that for 1965. An examination of the values bycolor and aex shows that the life expectancy at birth re-mained the same for each of the four color-sex groups exceptnonwhite males. The value for nonwhite males (60.7 years)was 0.4 year lower for 1966 than for the previous year.Consequently the value for total nonwhites (64.0 years) andfor total males (66.7 years) was lower by 0.1 year. Eventhough the values for white females (74.7 years) and for non-white females (67.4 years) remained unchanged, the valuefor total females (73.8 years) was 0.1 year higher. Thisapparent discrepancy is due to rounding of values from thelife table.

In the 1900-1902 life tables the ~xpectation of life atbirth for the white female was 16.0 years greater than forthe nonwhite female; in the 1966 life tables the differentialis 7.3 years. Comparable figures for males are, respec-tively, 15.7 and 6.9 years.

In making comparisons between 1900-1902 life table val-ues and current figures, it should be kept in mind that theformer data were based on the death-registration Statesonly. The values shown in the 1900-1902 life tables areprobably not totally reflective of the entire population. Thisis particularly true in the case of the nonwhite group becausethe mortality data covered mainly the urban Northeast andexcluded the majority of the nonwhite living in the SouthernStates. Therefore complete comparability between 1900-1902 values and current values does not exist.

Females in both color groups during the period 1900 to1966 have had greater increases in expectation of life atbirth than have males. In the 1900-1902 life tables ex-pectation of life at birth for the white female was 2.9 yearslonger than for the white male; for the nonwhite femaleit was 2.5 years in excess of that for the nonwhite male.Comparable figures for the 1966 life tables are, Respectively,7.1 and 6.7 years.

For all color- sex groups, expectation of life valuesbetween 1900 and 1966 have increased not only at age O butalso at every successive age. An inspection o~ table 5-5shows that increases are generally greatest for the youngerelements of the population; but the recent values even atrelatively older ages are substantially higher than in 1900-1902. The increase in expectation of life at age 20 from1900 to the present is 7.9 years for white males, 12.9 for whitefemales, 9.5 for nonwhite males and 13.8 for nonwhite fe-males. For the same population groups, respective increasesat age 65 are 1.4, 4.1, 2.0, and 3.8 years.

Trends in survivorship may also be determined by an

white females, 161 percent for nonwhite males, and 187 per-cent for nonwhite females. It is apparent that the greaterrelative mortality improvement has occurred in the non-white population. Although mortality rates for nonwhites arestill substantially higher than those for whites, compara-tively greater strides have been made in the reduction ofthe nonwhite mortality rates.

There has been an increasing interest in data on aver-

age length of life (eoO)for single calendar years prior to the

initiation of the annual abridged life table series in 1945.In order to meet these needs, the estimated figures givenin table 5-6 were computed.4 From these estimates, aver-age annual increases in expectation of life at birth may becomputed. Since the turn of the century the total populationhas, on the average, each year added 0.35 year to its expec-tation of life at birth. During the same period, white maleshave added 0.32 year per annum; white females, 0.39; non-white males, 0.43; and nonwhite females, 0.51. Such annualincreases have not, however, been evenly distributed overthe period since 1900. Average annual increases during 1956to 1966 are, for example, less marked than those for 1946 to1956. Average annual increases in expectation of life at birthfor 1946 to 1956 were 0.24 year per annum for white males,0.36 for white females, 0.38 for nonwhite males, and 0.51for nonwhite females. Corresponding figures for 1956 to 1966are, respectively, 0.01, 0.08, -0.06, and 0.13 year. Thesestatistics show that increases in expectation of life at birthare still taking place (with a slight decrease for nonwhitemales during the period 1956 to 1966) but at a much slowerrate than previously.

Technical appendix

New Jersey dati, 1962-64.--The life tables for 1962 and1963 for the six population groups involving color do not in-clude data from the. State of New Jersey. This State omittedthe item on color or race from its certificates of live birth,death, and fetal death in use at the beginning of 1962. Theitem was restored during the latter part of 1962. However,the certificate revision without the race item was used formost of 1962 as well as for 1963. For computing vital rates,populations by age, color, and sex excluding New Jerseywere estimated to obtain comparable denominators. Ap-proximately 7 percent of the New Jersey death records for1964 did not contain the race designation; when the recordswere being electronically processed, the “race not stated”deaths were allocated to white or Negro.

Stundavd tible. --U.S. life tables for the decennial period1959-61 are used as the standard table in constructing the1966 abridged life tables.

examination of the propo~tion ‘of persons in the original ‘4For~~ti~~ti~g ~roc~du~~, see National Office of Vital Statistics,cohort who survive to specified ages. Between 1900 and 1966, ~,~~timatedAvezageLengthof I.ife in the Death-R e~ietration State s,” bythe proportion of the life table cohort reaching age 65 has T. h’. E., Greville and G. A. Carlson, Vital ,Statistics-Specia2 Reports,increased by 67 percent for white males, 85 percent for Vol. 33, No. 9, Public Health Service, \Yashinghn, P. C., 1951.


Explanation of the Columns of the Life Table

Eolumn l--Age intenal (x to x + @ .,—me age interval..—-shown in column 1 is the interval between the:two exact agesindicated. For instance, “20-25” means the 5-year intervalbetween the 20th birthday and the 25th.

Column 2—Pvopovtion dying (Zqx) .—~s column shows

the proportion of the cohort who are alive at the beginningof an indicated age interval and who will die before reachingthe end of that age interval. For example, for males in the

age interval 20-25, the proportion dying is 0.0099—oui ofevery 1,000 males alive and exactly 20 years old at the be-ginning of the period 919’will die before reaching their 25thbirthday: In other words, the ;nqx v~ues represent proba-

.-—..bilities that persons who-are alive at the beginning of a spe-cific age interv~ will die before reaching the beginningof the next age interval. The .“proportion dying” column formsthe basis of the life table; the life table is so constructed thatall other columns are derived from it.

Column 3—Numbev suvviving 1~%);+This column shows

the number of persons, starting with a cohort of 100,000 livebirths, who survive to the exact age marking the beginning ofeach age interval. The 1%values are computed from thejnqx

values, which are successively applied to the remainde~ ofthe original 100,000 persons still alive at the beginning of. . . .. . . ..each age intervai. Thus, out of 100,000 ‘male babies bornalive, 97,348 will complete the first year of life and enterthe’ “secon@ ,96,954 will begin the sixth year; 95,759’willreach age 20; and i13,017 will live to age 85.

. .-‘C~lumn 4—iVzcmbeY dying (n d%) .—This column shows

the number dying in each successive age interval out of100,000 live births. Out of 100,000 males born alive, 2,652die in the first year of life, 394 in the succeeding 4 years,948 in the 5-year period between exact a~es 20 and 25, and‘13,017 die after reaching age 85. Each figure in column 4is the difference between two successive figures in column3.

,Columns 5 ad 6- Stationuvy populat;on~n L ~and TX):-:L

Suppose that a group of 100,OOOindividualslike &t assumedin columns 3 and 4 is born every year and that the pro-portions dying in each such group in each age interval

throughout the lives of the members are exactly those shownin column 2. If there were no migration and if the births were’evenly distributed over the calendar year, the survivors ofthese births would make up what is called a stationary popu-lation-stationary because in such a popi.dation the numberof persons living in any given age group wotid never change.When an individual left the group, either by death or bygrowing older and entering the next higher age group, hisplace would immediately be taken by someone entering fromthe next lower age group. ~us, a census taken at any timein such a stationary community wotid always show the sametotal population and the same numerical distribution of that

popdation among th:various age groups. Insuch a stationarypopulation’ ~up~o~ted 6F 100,000 annual births, column 3“,shows the number of persons who, each year, reach the birth-day which marks the beginning of the age interval indicatedin column 1, and column 4 shows the number of persons whodie each year in the indicated age interval.

Colu=. 5 shows the number of persons in the stationarypopulation in the indicated age interval. For example, thefigure given for males in the age interval 20-25 is 476,455.This means that in a 5tationary population of males sup-ported by 100,000 annual births and with proportions dyingin each age group always in accordance, with column 2, acensus taken on any date would sliow476,.455/persons betweenexact ages 20 and 25.

Column ““6 shows the” totaj number of persons in thestationary popdation (column 5) in the indicated age intervaland all subsequent age intervals. For example, in the sta-tionary population of males referred to in the laet illustra-tion, column 6 shows that there would be at any given mo-ment a total of 4,735,197 persons who have passed their 20thbirthday. The’ population at all ages O and above (in otherwords, the total population of the “stationary community)would be’,6,669,105.

Column 7—AveY~e vemaining lifetime (e”). -The. x-

average remaining lifetime (also called expectation of life)at any given age is &e average number of years remainingto be lived by those surviving to that age on the basis of agiven set of age-specific rates of dying. In order to arr~veat this value, it is first necessary to observe that the figuresin column 5 of the life table can also be interpreted in termsof a single life table cohort without introducing the conceptof the stationary popdation. From this point of view, eachfigure in column 5 represents the total time (in years) livedbetween two indicated birthdays by all those reaching the

earlier birthday among the survivors of a cohort of 100,000live births. Thus the figure 476,455 for males in the age in-terval 20-25 is the total number of years lived between the20th and 25th birthdays by the 95,759 (column 3) who reachedthe 20th birthday out of 100,000 males born aIive. Thecorresponding figure (4,735, 197) in column 6 is the totalnumber of years lived after attaining age 20 by the’ 95,759reaching that age. This number of years divided by thenumber of persons \(4,735,197 divided by ‘95,759) gives’ 49.4years as the average remainhg lifetime of males at age 20.

Care must be exercised in drawing conclusions fromthe figures in column 7. Thus in observing in table 5-2 thatthe average remaining lifetime of white persons is greaterthan that of nonwhite, one shodd not conclude that the oldestages reached by white persons necessarily exceed thoseattained by the most long-lived nonwhite. The difference inthe average length of life restits from the fact that a greaterproportion of nonwhite persons die before reaching old age.For~example, the number surviving to age 65 out of 100,000born alive is far greater among white persons than amongnonwhite; yet the average length of life remaining at age 65is nearly the same for both groups.

SECTION 5- .LIFE TABLES 5:7

. . ..: Table 5-1; Abridged fife Tables for Total, Male, and Female ,Population ‘United States,, 1966

Of 100,000 born zlive Statiomw pomtimProportion

willsAge interval

In tzlisallaU subsequent,getiterva.ls

,Erage numberof yeus of.ife =mintigat beginning

of e.geinterval

!fumberlitigat beginning

Or ageinterv61

Number @gduring ageinterval

(4)

In the ageintervalmrid of tie between two exact -s stated IU Pars

(1) (2) (3) (5) (6) (7)

d“x :,x to,x+n “q, L

“x

m

0.023E.0037.0022.0021

100,00097,63997,27697,063

2,36136321.2

97,916389,6874s5,803484>864

7,012,7606,914,S426,523,E56,039,350

70.170.867.162.2

l5-------------------------------------------------------------------------------

lo.fi------.----------. -.--:--. --------.----------------=-------------------------- 200

15-20------------------------------------------------------------------------------2O-25------------------------------------------------------------------------------25-20-------------------------------------------------------------------------------

.Oasl

.0067

.0288

.0086

96,86396,36S9S,72795,072

495641655814

483,179480,267477,021473,419

5,364>4665>071,3074,591,0404,114,019

57.352.648.043.3

,94,23693,11s91,39068,7S3

469,629461,579450,938434,417

3,640>6003,171,9712,710,3922,259,554

.0121

.0186

.026S

.044E

1,140,1,7262,6373,974

S6 .634:129.725.3

4a-43---------...-----------: -----------------------------------------------------4sso -----------------------------------------------------------------------------SOii----------------------------- -------------------------------- ---------------

55-6O--..----------..-------. -.-------------------------...----------:-----:-----6O-65--------------------------------------------------------------------------

“4io,3D376,748331,195273,085

21.517.814.61.I..6

.067e

.097E

.1475

.209C

64,779’79,02971,29860,7.91

3,7507,731

10,31712,703

1,825,1371,414,S241>036,076

706>881

.292C

.41671.000C

49,07624,04019,633

14,02814,1s519,633

205,892134,01893,926

433,816227,92493,906

9.06.74.7

-- --& md oEr--------.----------------------.---&-------------------------------------

m

0.0265.0041.00=.0026

.0072

.0099

.0084~ Q~og

.o122

.0235

.0371

.0594

100,0009~34896,93496,706

2,632’394246250

699948-889

1,022

97,646388,453424,1.13482,992

6,669,1W6,571,4596,123,0283,698,893

5,21.5,9014,735,1974,958,7423,786,915

66.767.563.858.9

54.149.444.940.3

5.10------------------------------------------------------------------------------lo-s -------------------------------------------------------------------------------

M-20 ------------------------------------------------------------------------------20-25--.----------..-----------------------------&---------------------------------2s_3o-----..-------------..---L------.------_==-:.---.--,,---.--...--,----------------

96,4S895,73994,all93,922

92,90091,48869,34286,026

480,704476,453471,827467,139

481,207432,472439,052416,115

1,4122,1463,3163,113

3,319,7362,858,5492,406,0771,967,025

35.731.226.922.9

4o.45------------------------------------------------------------------------------45.50------------------------------------------------------------------------------

55-6O-------------------------------------------------------------------------------6O-65-------------------------------------------------------------------------------

.092C

.12z3

.1946

.2673

.3508

.46681.0000

80,91373,47163,73031,342

7,4429,721

12,40613,735

13,1921.1,39613,017

386,924244,03328S,301222,733

1,548,9101,161,986

8L7,923~529,422

306,6692.51,69459,23.6

19.1.=.812.810.3

6.26.24.3

37,60724,41513,017

154,97592,47859,21823 mdowr -----------------------------------------------------------------------

*

o.l-------------------------------------------------------------------------------- 0.0205.0034.0018.003.5

1W,00297,94597,61497,435

2,053331

98,203390,979487,379486,824

7,379,%27,281,1396,890,1606,402,581

3,815,7575,428,989

.4,945,6154,463,546

73.2’74.370.665.7

179142

l5-2O----------------------.---...-:--------------------------------------------20.x -----------------------------------------------------------------------------&-3o---------------.-----------.--.-------.-:-------------------------------------3o33...----------...------.----.--.------..:--------------------------------------

.0029

.0036

.0044

.0063

97,28797,00296,63696,232

2s5346424608

423,768424,174462,267479,724

60.856.051.246.4

41.737.032.528.1

.009$

.OI.29

.02.1o

.0307

95,62494,73393,43581,472

8711,3161,8632,612

476,0s4470,688462,587450,718

3,923,8243,507,7403,037,0522,374,465

2,123,7461,669,7911,278,489

903,756

377,21131.5,391154,416

45-50------------------------------------------------------------------------------,3os5----------------------------------------------------------------------------

.044s

.0637

.1063

68,66064,66179,2..1670,7n

3,9795,5636,407

11>376

14,57316,98827,774

433,955410,302375,733328,345

24.020.016.212.6.1609

39,26544,76227,774

261,620181,175134,416

9.77.14.8

.37931.0000S2 ad mr----------------------------------------------------------------------

.-


Table 5-2. Abridged Life Tables by Glor md Sex United States, 1966

of 100>000born alive

stati01181yp0p17.2tim

Avera6eemsining,ifet&

of 10Q,Woborn alive

St.ti.nlary>Opulatim

ErOportion

*S

Proportion

-SAge inte-

Awragenmber>f yea=Or 3.ife=tii?lg

at>egirulillgof agenterval

Proportionof prsmsalive at

begtiingof ageinterval.WKalll.in=intern

Number

-sawing

n;~ti

(4)

d“x

In tzlisand alItisequent

htiw~s

NmBer!iving at)eglnningof age.teti

(3)

Number

Wgd-g

a=Lllterval

(4)

In thisma au,ubsequent

.Re

Peric.dof lifebetween twoerect ages

stated in years

PericA of lifebetween twoexact Wes

stated in years

f yearsof lifeematibg

ateghillgof agentervti

(7)

h theage

nt erval

(5)

L. .

96,735383,102476,990475,745473,643

469,48S463,519455,622444,927430,180

41O,22I6364,07Z349,554305,914249,160

188,Z96137,76495,7Z4

106,406

96,419381,541474,870473,379470,566

464,7Z0456,430446,2.2943Z,954415,170

391,575360,895321,133273,72g214,906

152,734104,39168,66572,592

97,0693S4,697479,156478,3.58476,764

414,s53470,4Z4464,662436,201444,214

4z7,e414%,138377,343338,470265,049

226,854L75,3Z21Z7,339147,281

In theage

kterval

(1) (z) (3) (5)

L“x

(6)

Tx

(7)

oe.

(1) (2) (6)

Xtox+n

mm

.9X IX Xtox+n “ 9, lx d“X Tx

6,397,1446,300,3895,917,2875,440,2974,964,s52

4,490,9094,021,4243,557,9053,1OZ,2S32,657,356

2,ZZ7,1761,816,8901,432,6181,063/264

777,350

528,2.20339,894ZOZ,13S1C6,406

6,07Z,8Z75,976,4065,594,6675,119,9974,646,616

4,172.*O5Z3,7u,3323,234,9022,80S,763Z,375,609

1,960,6391,569,0641,206,169887,016613,288

398,38Z2451646141,Z5772,592

6,737,9056,640,8066,236,1095,776,9535,Z98,7P5

4,21zz,oll4,347,7563,877,3343,412,65Z2,956,451

2,51Z,2372,064,3961,678,Z581,300,91596Z,445

677>396450,542Z75,220147,881

0-1--------------------1s--------------------5-10-------------------10-13--------------—--E-zo -----------------

O.0Z05.0033.Oosl

100,OOC97>94597,62697,4Z697>236

2,053319zoo190477

523556669957

1,5U

2,3983,744

5,s077>525

10,254

12,93114,65515,025Z0,440

2,33634923ZZ37676

676763649

1,2091,90Z

3,0684,90Z7,z6a9,694

12>323

14,07113,23012,10513,310

1>756Z62167140271

304353469707

1,125

1,7312,5633,6755,1907,974

11,49415,14917,96626,656

98,3.53391,OZ6467,592486,70Z4ffi,061

7,102,6397,004,4646,613,4566,1s5,8665,639,164

71.071.567.76Z.956.0

0.0366.0061.0030.0028.0065

100,00396,14Z95,53495,26995,005

94,38993,35092,00190,13787,671

84,Z3779,61773,71465,82756,338

43,ZW32,2122Z,99015,476

100,00095>77895,15094,62394,493

93,64192,17590,3446S,01864,999

60,67475,46268,57259,60749,644

36,25Z25,08416,84110,819

100,00096,51495,96793,72495>327

95,14994,51293,6019Z,18690,171

87,3I3Z

\qz72,01163,Z25

50,61540,07530,05221,018

3,658566Z65Z64616

1,0391,3491,6442,4663,434

4,6Z03,9037,e879,469

13,138

10,9889,2227,514

13,476

4,22Z6283Z733063Z

1,4661,8312,3263,0194,1Z5

5,4126,6908,9659,963

13,392

11,1686,Z436,022

10,819

3,4s6547243197376

637911

1,43.52,0172,789

3,6494,8746,6486,766

12,610

10,54010,OZ39,034

21,02.6

64,065s61.937,1S2,3

1-5------------------5-10-----------------10-13----------------15-20----------------

.0019

.0049

“20-23------------------25-30------------------30-s ------------------35-40------------------40.fi-------------—---

.0060

.0056

.0070

96,75996,17495,61694,94793,990

462,346479,484476,4ffi47Z,512466,467

5,154,0634,671,7374,192,2533,7E,7673,243,s55

2,776,7682,312,9261,67623121,459,5691,073,269

53.346.6

20-Z3----------------Z530----------------3035----------------35-40----------------40-45----------------

.Oz.lo 47.643.13a.734.430,3

26.42z#s19.416.513.8

.0145

.Ozoo

.0Z7643.639.134.5

.0101

.0161 .0392

45S0-----------------30*-------------53-60---.------ ...—

.0s59

.0416

.0638

9Z,47990,06166,33760,63073,3E

456,660441,616416,72339S,320341,957

30.025.821.6la.114.6

45-50----------------5055----------------53-60----------------60-65----------------65-70----------------

.0546

.0741

.1070

.1441

.2332

.2344

.2663

.3Z661.00W

.0931

.139965-70------------------

70-75------------------75-60------------------80-= ------------------65 ma Over------------

.2031

.2924

.42371.0000

63,05150>12035,465Z0,440

Z63,9.91=4>648138,99693,623

731,312447,331S32,62393,683

11.68.96.64.6

70-73----------------75-80----------------go-25----------------63 ana Oar--------

12,ZIo.e6.86,9

mm w

0-1--------------------1s-----------------—-5-10-------------------10-M ------------------15-ZO------------------

0.0234.0036.00Z4.00Z4.0070

100,00097,66497,31597,06396,646

97,693389,640425,937484,89848Z,691

6,755,7o46,657,.9116,Z67,9715,782,0145,297,316

67.666.264.459.634.7

0-1------------------1-5---------------—-5-10-----------------10-13----------------.lz-zo----------------

0.0422.0066.0034.0033

60.76Z.438,834,049.Z

ZO-Z5------------------25J0-------------._--30-35------------------35-40------------------40-45------------------

.0091

.0060

.0090

.0129

.0Z06

96,17095,Z9494,s5193,68292,473

476>670474,543470,621465,604437,99Z

4,614,4s34,335,7353,861,21ZS,390>591Z,924,967

50.145.540.636.231.6

20-25----------------25-30----------------30-35----------------35-40----------------40-45----------------

.02.57

.0199

.0257

.0343

.0463

44.640.336,031.9Za,o

45-50------------------30-35------------------33-60------------------60-65------------------63-70------------------

70-73------------------75-80------------------BOB------------------& and Over-:----------

90,57167,5036Z,60173,33365,639

445,8024Z6>OZ4395,e31353>492298,226

2,466,995Z,0Z1,1931,595,1691,199>338945,646

27.ZZ3.119.3

45s0-----------------30-35----------------55-60----------------60-65----------------65-70----------------

.0669

.091324,z20’817,6

.0560

.0660

.1267

.1977

.1307

.1671

.269815.912.9

14,912.4

.Z639

.3324

.47631.0000

53,31639,24325,43.513,310

231,902161,60295,619S6,495

547,616315,716154,11456,495

70-73----------------73-80----------------zo-95-— ------------65 andowr-.--------

10.:6.C6.14.4

.3061

.3Z86

.3576

lldo9.68.46,7I..000c

tim 2’2M412

0-1--------------------1s--------------------3-10-------------------10-15------------------15-ZO------------------

0.0176.00Z9.0017.0014

100,00:96,24297,95497,78797,647

98,43339Z,Z79469,315468,603467,594

7>473,2917,374,2366,962,3796,493,Z646,004,661

5,517,W75,030,9294,346,4164,263,9763,564>471

3,109,4652,641,508Z,164,220l,742,Z671,322,Z67

93.4,786595,6113S3,106135,071

74.175.171.566.461.5

o-l------------------15-----------------.3-lo----------------lo-2.5---------------3.5-zo------------_--

0.0349.0057.0023.Oozl

67.466,665,Z60,455.s.00Z6 .0040

20-Z5-----------------.2520-----------------3033 ------------------35-40-----------------40-45------------------

.ZQ31

.0036

.m51

.0073

.02.3.8

97,37C97,07Z96,71$96,23C93,32:

94,39:92,66790,10466,4ZS61,239

496,=8464,31148Z,442479,505473,003

56.751.647.04Z.Z37.5

20-s5-------------_-25-30-------_--_--30J5----------------33Ao ---------------40.45----------------

.0C67

.0096

.03.51

.0Z19

.0306

30,746.041.437.032.6

45-50----------------5055------------------55-60------------------60-65------------------65.70------------------

.0163

.0277

.0402

.0600

.096Z

467,937L57,268441,9334Z0,020387,461

32.929.5

%::16.3

4350----------------5055------------_-35-60----------—__60-65----------------63-70----------------

.0440

.0583

.0643

.lZZO

.1995

28.823.0Z1.316,115.Z

70-75------------------75-80------------------So-ffi------------------63 ~a _r.--------

.1569

.Z452

.36531.moo

73,26561,77146.622

339,175

272,505128>035135,071

lZ.6 70-75--------------73-80----------------80-25-----------—---85 mdOver------_--

.2013Z

.2501

.30061.0000

13.4.ll#z9,Z7.0

9.66.94.7

SECTION 5- LIFE TABLES 5-9

Table 5-3., Nu@er’ of Survivor: at Single Years of Age, Out of 100,000 Born Alive, by Color and Sex United States, 1966

IITow

&e

mth sexes

3------------— ---------------------------------I4........ . ..... .... . . .....- ---------------5-.------------------— ------------------------ I6------ .........................................-

7--.----------.---------------------------------.2----------------------------- -------------- I10 . . . --------- ----------------------------------U . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..- I12.-..----------------——-----—-------------13-------------------------------------------14.... ................... .........-------------

%::::::::::1::::::::1 ::::-:::::::::::::::::17.----. ----------. -..--.. ---.---------—--ii---------------------------------------------19,---------------------------------------------

20----------- ---------------------------------21---------------------------------------------22---------------------------------------------

‘ Zz.-. . . . . . ..-..--. -------. ---..---- . . ..--k---24---.--------------------:--------------------25.--.-..--.........-...-.-.-----..-----.---2..26------------------------------------------------27---------------------------------------------26-----------------------------------------------

41----..

---------- ------------------------------42-----------. ------------------------—---—--43------------------------------------------44-.---------- .-.---.. -.---. -T--------------4346:::::=~-~:::::~~ ::::::::::~:::::~::::::=

46-----------------------------------------------49--------------------------------------------

50---------------------------------------------5L------------------------------------------52------------------------------------------------55------------------------------------------

54......... ....... ......... ........ .. ........

55----------------------------------------56-----------------------------------------57----------------------------------------------56------------------------------------------59.-------------------------—-------:----------

60-------------------------------------------61.-.-...----------------— ------------------62----------------.-----..---.---------------—-6%--------------------------------------------

66--------------------------------------------- I

66---------------------------------------------69----------------------------------------------

70-----------------------------------------

76--------------------------------------------77-.-------------—---------------—---------

78-------------------------------------------79-----------------------------------------

60... .................................... .......61------------------------------------------62----------------------------------------63.-------.--.----------------.----—-—----64-------.-----------------—------------65--------------------------------------------

100,00097,34897,1.2997,09397,01.696,93496,67796,61696,77396,736

96;23196,ff1795,926

95,75995,57995>36985,19465,00094,61194,62694,45124,27794,102

93,92293,73595,54193,33995,12692,90092,65992,40092,12091,617

91.466

66,02625,16764,23383,21762,1.1260,91379,61.378,21776,72375,140

51,34246,64645,9ffi43,13740,56537,60734,67632,3.67

100,00097,94597,80997,73097,66797,61497,56997,52697,49497,463

97,43s97,40997,36497,35797,32s97,28797,24197,3.6967,12997,036

97,00296,93796,S7066,80196,73096,65696,56096,50196,41796,528

96,23296,12696,01395,89395,76325,62495,47563,31595,1%394,956

94,75394,53294,29194,02993,74493,43593,10092,73892,34691,925

91,47290,99660,46569,9W69,30466,66087,96767,22386,42763,360

64,66185,72962,71581,62280,42979,U877,66176,1J.674,43272,626

70,71166,66266,53764,’26961,67059,33556,66453,862

“50,93647,90244,76241,52656,20634,603,31,32327,744

100,00067,66497,52997,44397,37697,31597,24397,16797,14497,m

97,06397,0i597,02396,98196,92396,64696,74796,62396,46596,332

96,17096,00095,62295,64195,46423,29495,13394,976b4,63094,682

94,53194,37694,21694,04693,67195,66263,47993,23993,01992,756

92,47392,16191,81891,44191,02790,57190,07069,51966,91366,243

67,50366,68925,79664,62463,76062,60161,34479,6.9676,55076,976

75,33373,39671,76S69,83467,79465,63963,37261,00056,52655,964

53,31650,59047,79744,95942,10139,24336,40733,566

30,62S26,09425,41.322,799 -20,26117,81815,49313,310

—

Nonwhite

=100,00096,14293,68295,74223,63595,55495.47125;40523,33225,306

95,26995,23095,16695,15695,07695,02694,91694,81064,6.9794,547

94,32994,21394,01893,90793,56393.35063;10792,63492,56792,304

92,00121,67791,33190,96290,57190,15789,71969,23588,76166,234

67,67167,06966,42763.74265;01384,23763,41162.53361;60660,634

79,61776,55677,43176,26475,04273,71472,26970,76969,17167,519

65,62764,1.1662,37460,54458,54656,33653,69251,23046,50645,790

43,20040,77158,46636,32434,24332,21.230,22328,267

26,42524,65627.,99021,42119,93018,40017,0181.5,476

Fetie

100,00096,51496;27396,14).96,%5

‘95,967

25.90165;84695,60095,760

23,72425,69085,63S25,61693,57695,52795,47025,40495,32995,244

23,14995,04394,92594,78794,65994,31294>35764,19294,01393,817

9s,60193,”56593,10392,62092,51592,1S691,63791,46191,=990,629

90,17169,68369,16568,61286,01967;36266,69665,96665,19064,376

63,53362,65661,74160,77679,75476,65977,46476,22774>69273,466

72,01170,ti66,8s67,19665,31963,2Z560,86958,34955,70553,094

50,61346,30946,1.3344,1C642,09640,07536,02933,972

33,93731,65730,mz26,22426,45624,70922,92321,012

-5-10 SECTION 5- LIFE TABLES

Table 5-4. Expectation of Qfe at Single Years of Age, by Color and Sex United States, 1966

I NonwMte

&.

Fedem sexes

70.170.8

66.767. S66.665.764.763.862.861.960.959.9

73.874.373.&72.571.570.669.668.667.766.7

71.071.570-6

67.668.267.3

74.775.1. ;74.273.272,271.370.369.366.467.4

66.465.464.463.5

64.063.564,763.862.961.961.060.039.156.1

57.156.135.234.253.252,351.350,’449.446.5

47.646.745.s44,944.043.142.241.340.439.5

38.737.836.936.135.334.433.632.731.931.1

30.329.528,728.027,226.42S.723.024.223.5

22.822.121.420..920.119.418.618.Z17.617.0

16.513.913.314.814.313.813.413.112,812.5

12.211.911.61.1.310.910.610.29.9

9.59.28.68.46.07,67.Zs. 9

60.76Z,461,660,759.758. s

67.468.e68,067.’166,165.264.263.3

1------------------------------------------------2------------------------------------------------3-.------ —----. ----- —---.--. -------— -------4------------------------------.----------—---5---_ --—--—-----------—-----------_-—-—----6---------------—-----.-—--—---------------7---- —----- .--------— ----------------- —------

69.969.068.067.1

- 66.165.26&.263.2

69.769.767.766.865.864. S63.9

66.365.464.463.562.561.560.5

57,936.956.955.0

82,361.3

8--------- —----------------------------.---—---9------------------------------------------------

62.961.960.959.959.058.057.056.15s.154.2

59.65S.657.656.655.754.753.652.851.951.0

54.053.052. Z31,150,1

60,459.458,457.436.4

10--—--------------—---------------------—---n----------------------------------------------12----------------------------------------------13-------------------------------------------14.----—----------------------------——----2.3-------------.----------—-----------------

62.261.260.359.338.357.556.455.454.5

58.957.957.036.055.054.153.152.251.350.4

65.764.763.762.S61.860.8s9.65s.957.956.9

62,561.560.559.656.657.6

56.735,754.753.652.s51.650.949.948.948.0

47.046.045.144.143,242.241.340.339.438.5

37.536.635.734.833.632.932.031.130.329.4

28.527.626.825.825.124.223.422.621.821.0

20.219.418.617,617.016.3ls.s14,614.113.4

12.812.111,310.610.29.69.18.5

8.07.46.96.4

:: :s. 14.7

49.248.247.346.445.5

35.534.533.552.631,6

16 -------------------------------------------~7-------------------------------------------

16;-—---------—----------------------——-------19--------------------------------------------- 53.6

50.149.146.Z47.346.445.544.643.642.741.8

44.643.74Z.84Z. o41,140.339.438.6

50,74$6748.647,948.946a45.144,243.2

20---------------------------------------------2L---------------------------------------------

52.651.750.8

49.448.547.6

36.055.054.153.1

53.332.351.450.5:23-----------------------------------------------

24----------------------------------------------25----------------------7-------------------28---. ---------—------------------------------—27-------------------------------------------28--------------------------------------------

49.648.949.047.046.143.144.2

46.743.844.944.043.142.241.2

52.151.250.2

49.542.647.6

49.248.347.3

46.743.744.6

37.736,9 42,3

36.035.Z34.433,532,731.931.1

41,44ci.s

30---—--------------— ------------------------31------------------—-----—------—----------32-----------------------------------------

&3.342.341.440.5

40.338.438.537.6

46.445.444.543.5

43.842.942.0a.o40.139.138.237.336.325-4

40.839.939.036.037.1

39,626,857,937.03G. Z

38.538.637.736.835.933.0

36.63s.754.833.933.032.1

42.634--.---—--.-----..-----------------—---------33--------------------------------------------- 41-7

40.739.838.937.9

36.233.334.433.432.5

30.329.528,7

33,334.s33,6

37--.-----------------------—-----—------------38--.-----------------------------------.-—-.39----------------—----—------.-----—---------

40-----------— ----------------------------------4L-----------------------------------:-----------42--------------------------------------------43---------.--.-----------—-------—-------------

34.133.232.331.430.329.728.627.927.1

31.230.429.528.627.826.926.12s.324.5

37.036.135.234.333.432.531.630.729.9

34.s33.6

31.630.729.8

26.027.226.425.725,024.223.522a822.121.5

3Z,83Z.O31s30<329,528,828,027,22G,425.7

32.731.830.930.029.22s.527.4

29.C28.127.Z26.423.524.723.$

43----------—------------—--?------—----—---46---—--------— -----------------------------

48----------—---------------------.---------”-.26.3 25.7 29.0 26.6

5L----------------------------—-----------L--51----— -----------------------------------------Sz—--------------------------------—----------53----—-----------------------------------—----34----------------------------------------------55----------------------------------------------

25.524.623.925.122.321.5

22.922.1a. 320.619.919.1

28.127.326.423.624.824.0

23.824.924.123-322.321.821.020.219.518.8

23.122.:21.520.C20. C19. ?3.2.6

20.8204119.518.818.217.61,7,0

25,024,223.522a2Z,021.320,720.0

56------------------------------------------------57-----------------------------------------------

20.820.019.31.6.6

18.417.617.116.5

23.122.32.7..520.7

17. $17.2lz. c

E.<3.5.?14. >14.1

16.315,915.4

19,318.7

Z8.Z17,416.816.3G.7

38---—---— --------------------------------------59--------—-----------— ------------------------

17.917.216.5

1.5.8.15.214.6

20.019.218.417.6

1.8.117.316.716. C

14,914,313.813.3lZ.812.4J.2.C2..7..712..41.1..2

6L----------------—-------—----------,---------62-------------—-------------------------—---63-----------------------------------------------

64.--------------— -----------------------------65-------------------------—--------------------66--------------------------------——----—----

15.91.5.214.613.913.312.812.2

14.C33.412.612.32.1.811.310.2

16.916.2ls.s14.614.113.4

12.812.111.510.910.39.79.2

ls. 314.614.013.412.812.2

13.:12. $12,:SL.fZ.1.:10.C

.7.5.Z14.814.414.113.7

67----------------------------------------------68---------------------------——--—-------------69---------— ------------------------------------

70 ------------------------------------------------7L----------------------------—-------—-----72-------------------—---------—------------73------------—-------------------—----------74-----.-----.—-------—-----------—--—--—-—.75--------------------------------------------

il..6I.1.l10.610.09.59.08.58.1

10.58.99.49.C6.68.27.8

U.6=.010.510.09.48.88.4

10.:9.f9.?8.$8.58.C7.6

1.1.o10.810.3ID. 310,09,89<59.3

.13<413.012.612,111.7lJ.,210.610,4

76----------— -----------------------------------77--------------------------------------------

78--—------------------—------------------—----78—-—-------------------------------------,—----80---— ----------------------------------------8l-----------------------------------------------62------------------------------------------------83----------------------------------------------84----------------------------------------------83------— ---------------------------------------

7.4 8.6 7.9 7.2

7.67.16.76.35.95.55.14.7

7.C6.66.25.$

8.17.67.16.6

7.37.06.66.1

6.E6.46.15.i3.45.(4.i4.4

8,06.78,46.0

10.09,69.Z8.7

5.5 6.15.75.24.8

5.7 7.7 8.55.24.s4.5

5.34.94.6

7.37’06,7

7.67.47.D

—

SECTION 5- LIFE TABLES 5-11‘ ‘

Table 5-5. me .Table V~ues by Color an~ >% Dea~-Registration States, 1~0-1902to 1919:21,and ~t~ States,- :1925-31.to196]6;.

. .

JAfzska md Hsw6if Lacl.ded for 1959 and 1960. For decennisl wri-mor to 1929-31, ds26 are for grmpe of re@tration Wtes<s6 foiloww ~1900-lW? and 1909-Q, ~OStstep L6od tie District of Columbfai 1919-21, 34 2tstes sad tbe District.of Coltmbf2. For 1200-1902 to 1929-31, figures for nonwidte cover only Negroes. Nfowsver, in no case did’

‘ the Negro P8Pubtlon compiise less timo 95 krcent of tie corresmdlog non~te mimistion]

Xtir of surviwrs out of 100,WO born tive (lx)

A2e, color,-6. eex -le65

-

LZO,OW97,ss197,23397,00496>76796,L5&95,313s4,56e93,72492,52590,639S7,594

e2, 712!73,53465,so~33,54239,6S525, 75sLZ>403

LZO,W93,57s94,95994,62494,31493,52092,17s90,3236s, ezeS5,255.2L,34776,14S69,26360,5S430,38037,W2e,3se17,767ll,49z

.W,oooe8,16697>679S7, 71597,57s97,33497,02696,se396,193S5,468S4,351e2,6c6e0,045

66,32481,13e73,134S1,S614S,620,2E, 49q

.W,m96,40395,64sS5,58995,39595,01994,43393,5LLs2,11090,090S7,26263,5927e,56571, 7s962,61950,64140,S5130, e6021,540

}949s1 1s39.41

LW,OW lW,000\ 96,931 93,1ss96,403 94,1506s, ffi9, 93,601~3,726 93,06S

95,104 92,29394,294 91,24193,4s9 90,09292,543 6a,71391,173 e6, 8s0.99>002 S4, 22365,601 80,321.90,496 75,15673,2.72 S7,7S743,541 56,30351,735 4s,7393s,104 33,40434,005 1S,S6012,0M 9,013

1939.41 19ZSA1 1S19.2LL9L2-&1966 1959-61 1929-31 L900-1902 1966 1965 19S9-61 ,94s51 LS09_LL LSCO-190Z

mw100, 00(S7,40E97,0M96,75:~6,5N95,90f9s,12494,40193,56SS2,4%90,53:S7,4Z4S2>4S:

,73,4%6S,23453,eZ40, Zm25,99?13,06:

,-

Lw,m93,30194,57CS4, 23493,87493,108sl,saS0,27Ces, 33163,744e2,07577,23970,551S1,66931,39Z39,91426,06419,994lL,62a

LOQ,0009e,036S7,70297,5X97,375S7,15596,s4496,49996,02695,326s4, zze9Z,522S9,96786,33960,73972.,50760,46144,67626,046

.Oo,m96,17395,543S5, Z6595,05794,660

94,00393,07091,s70S9;S7666,793,e2,97s77,23269,S4160,s63S1,27440,54030,31319,744

67.SS6.264.45s .s54.730.145.540.836.231.627.2,23.1#&313.912.910.3

S.o6.14.4

SO.76Z .45e.s54.049.Z

44.640.336.031.926.024.220.617.614.9lZ .4I.L.o

e .s0.4S.7

74.775.171.366.461.556.7

51.647.042.Z37.532.e2s.524.220.2

16.312.e

9.s6.94.7

6?.46e.s65.260.455,550.746.041.437.032.S26.625.0Z1.318.1L5.213.4U.2

9.2.7.0

.oo,m;S1,975S8, S4zS7,55086>54624,99763,06180,s6s7s,44175,73372,69669,10764,5745S,49650,66340,873Z9, Z0317,655

8>134

.Oo,m69,4996s,19563>76SS2,332

79,06774,54070,34465,e73S1,35356,56S51,86046,58140,50624,0422S,9231s, 6543.L,6L5

5,6o3

,00,00093,608so, 7Z1‘66,S64S6, 712s7,2s165>1536ZI 74o:go,.zffi

77?s2.4’74>67171,54767,32361, 7W34,2S944>63632,777Z0,49Z

9,909

00,00091,251e7,1496S,60763,954SO, L5475,35970,~5365,63761,13036,23050,780ti,i~~37,95431,04424>10717, slsU,L31

5,272

62.S1.s4.9s61.6657.03.32.33-47.7643.2836.6034.3630.03

“@.s7:ZL.96le .3k1.5.05lZ.07

s .’427.175.3s4.02

59.L.Z62.0459,3854.9650 .3e46.0241.7837.3433.3329.22, !25 .2SZ1 .51

17.97‘14.723.L.77

S.207.023.Z6

56.34SO.Z45s.3154.L5

“49. 74

LW,MS7,664S7,31,397,m96,64696,17C65,29494,533S3,6829Z,47390,371e7,5E62,60175,32265,63s33,3163S,2M25,4M13,31C

LOO,OW95, 77e95,3.50S4, S2394,493

93,641SZ,17590,344es,oleS4,S99S0,S7473,46Z6e,3725S,60749,64436,25225,02416, S4110,639

.00,0009e, Z42S7,95497,7s797,64797,37697,07296,719S6,23095,32394,3969Z,66790,10466,42961, Z3973,26561,77146,622

26,656

.W,m96,31463,267S5,7Z4S5,SZ7S5,149

94,512S3,60192,1s690,17LS7,3SZ63,3337S,65972>OLL63,26350,6L.340,07530,032Zl, 01s

100,000S3,76S91,73690,s1090,074

8e,904S7,371S5,70723,s12el,457.76,34374,Z6868,98161,93352,96441,.mo2S,47117,2Z1

7,57Z

lZ0,00091,2662S,412S7,3LLSS,L3263Z621.79,:16

~~-

64; 71056,43231,74644,43636,79029,314al, ?&l14,419

e, 2393,6S0

100,00095,057

-93,216\ S2,46S91,89190,e39

69,524s7,e72e6,24864>256S1, 76o7S,57274,3sl68,46260,49S49,932<37,02423,053

10,937

Lm,~S2,796S0,125S9, Z0188,066S5,076

.81,02776,61672,19267,27161,36354,92047,07438,76130,63Zz3,34116>57610,e22

6,033

LW,000S7,674SZ, S7Z81,51260,542

79,J,L677,04774,61c7Z,10866,64865,U60,74155,6224S,96740,6623L,5Z721,523lZ .1s0

100,OOC66,655s0,6647e,lo576>03i

76,37C73,90771, ZlsS6.24:

67.66S.364.539.754.250.245,640.936.33L..7Z7.523.219.416.C12.910.3

6 .C6.C4.3

61.162.95e.354.549.745.140.736.43Z.326.324.521.0

17.9L5 .112.6n.z

e.e6.36.5

74.773.171.366.451.556.651.6&7.o4z.237.532.s2s .524.220.1

16.312.sS .6S.s4.7

37.45s .935.350.4%.5iti .x!6.1*1.557.13Z.628.e&.o2L.4LS.2L3.5LZ.3U.2e.o6.6

67.55,S6.3464.6139. 7e54.9:

50. =45.6540.9736.3131.73Z7.3423.21le .451s .0112.9?10.25

7.925 .ss4.34

61.4E63 .5C59.S255.19so .39

45.7641.3037.0532 .el26.7224.s921. ze18.U13.2912.2410 .s1

e .936.S75.02

74.1974.6e70.9266.0561.1556.Z951.454S .6541.2437.133Z .532s .0s23 .el19.69M.ss12.3s

S.28e .674.66

66.476S.1064.545e .7254.s550.0745.4040.8334.03Z.162S:14~:4

17.633.3.1212.4610.10, 7.66

5.44

66.3167.4263.71

50, Z35S,Z655.3751.~246.91

&2.7136,79%.6731 .0s27.4323.s620 .3s17.03~3 .96LL.Z5

S.636.755.093.ss

34.0542.5344.2340.6536.7733.4630.4427,3324.4223..57lass16.213.3.SZ

LL.67a.74a.oo6.5e5.534.46

53,625e.6s27.6753.5749.12

\44.ss40.e636.9633.09Z9.2623.45Z1 .7416.1814.92

1.L.97.9.3a

7.203.334.06

37.6745.1546.4242.2439.1636.1432.e729.61Z6 .4422.3420.4317.6514.9alZ.7S10.62

9.ZZ7.536.055.09

4s.2354.6154.4350.39

“46. Z542.1936.5234.ss

1. . . .--...’ ----------5 -------------------10------------------15 . . . . . . . . ---------Zo . . . . --------------

“38.9[i54 .1[49.5244.9:40.2$35.6E31 .li26.6i22.&

le.u3.5.7E12.7:lo. m

7.7i

45.6041.6037.65

85------------------40-----------------4s. ---: . . ..- . . .._-50 . . . . . . . . . . . . . . . . . .55------------------

33.7429.66

31.29Z7.7424.2LZO .7617.4214.353.L.51

9.05

64;954‘ ‘ S1,36:

57,27452,4914s,45239,24530,64C2L,3S712,266

5,252

26.00Z2.2Z

16.593.5.2512.21

a.317.30

65-------------------

‘6.64”5.103.s1

5.8t4.3!

5.474.06w----..------..:--- 5;145 3.9s

LoO,OOO- 100,00094,SU 91,6S623,SZL 89,e2093,433 8e,zu92,965 SS,41791,941 66,770so,2ffi’ S4,0552S>3Z7 s0,s6565,e40 77,1658Z,232 7z,mo7s,686 67,51472,S91 60,76663>1ZZ 5Z,66755,335 44,37045,198 35, a1235,01a 27,6saZ5f472 le, 76516,904 1Z,352

9,s9a 6,49Z

52.3356.0553.134s.3443.95qe.7435.943Z.252e.672s.=2Z .Oz19 .La

47 .5s .51.064a.6s44.2739.6333.9532.67Z9.43Z6 .3923.3620.5917.S2

47.1451.6350 .1s

o------------------1. -----------------5 -------------------

LW,O&7s,2656S,56Sas,37764,47S

61,42657,73a54,07349, ffi545,41440.563

100,OOC74,67464,3S561,73C59, ss7

56,73333, Zffi4S,S6746,54142,9S539.Z3C

5a.9361.Of57.6S52.ae46. E

32.5442.4643.W41..SO3S.ZS35.I.7.32. Z1Z9.Z326.1S23.1220.09

17.5414.6912.6210.3s

S.336.605 .lZ4.M

43.99.4L 75

5e”.36“35 .s432.51Z9 .5426.53m .55

20 . . -----------------23----. --.-L -------30------------------35.. -------.. ----—-.40------------------

43.733a .4s35.3131.23Z7 .2:23.5$

35:427 34:766 Zo.n “20.4755------------------60------------------s5-----------------70------------------73---------------DO------------------e5------------------

29;754

23,75017, eo61Z,223

7,4e43,a941,747

Z9;9S7Z4,194la ,OE13,S29

a,s924,s312,o3C

17.3e14.9112.7510.74

e .az7.073 .3E

16.67

14.3612 .la10.06

e.096.465.06

67.Z9ae. s365.5760.e556.0751.3s

L3.46

13.15lo.a7

a.766.9a5.424.30

62.67a4. 9362.1737.s353.004a.52

17.50

14.7412.07

9 .6s7.615.s4.53

o. . . . . . . . ----------l------: ------------5-------------------10------------------15------------------

100,OW 100,00097,645 96, ZLLa7,199 93,3029S,960 94,s9098,756 a4,534S6,454 s3,964

,96,072. 93,22695,605 92,3Z094,s77 91, ZLLa4,0ao 8e,so59Z,7Z5 67,9Z090,6a5 S5, ZS7s7,6es S1,320e3,279 76,20076>773 6S,70167>54S 5S,36534,3a7 44,aa53a,oa6 za,ss2

ZL,346 14,487

.00,000S9,77423,34e‘M,979a% 093‘slt750

i9,a6s77,67675,2oO72$4Z5e9f541S5,6Z961,053

54,90047,0a637,46226,5SS15,929

7,L32

100,OOC88, S3263,42681,723ao,sao7a,976

‘?6 56873~*7

.70;97167,935

“64,67761,00S56,50950,75243,S0635,20625,362L.5,X9

7,149

7Z.E72.77Ss .0s64.ZE59.39

56.5361.5159.4355.3.7

51.065a .395a .0332.2.547.7s43.77

50.6748.4634.56

49.7745.0040.2835.6431.12Z6 .76

46.76, 44.25 42.5542.21 39.92 3a.7237.70 35.73 34.e633.25 31.52 30.942a.so 27.3a 26.9834.72” Z3 .41 23.1220.73 19.60 19.40

40.0536 .4Z32.a22a .1725.51

30------------------35-.---.-----------40-. ---L -----------45------------------50------------------55------------------

60------------------So------------------70------------------75--------------80-.---..---------

Z1.S922.5e 16.43

13.23lZ .23

9.597.33

16.6415.00,1.3..68

S.S7S.524.63

17.00 16.0513.56 lZ .s110.50 .9.96

7.9Z 7.56S.S6 3.634.34 4.Z4

15.9312.75

S.947.625.704.34

5.504.10

0------------------1. . -----------------5-------------------

LW, ~ 120,00095,91.Z 93,31s95,055 S1,710a4,s7s 91,09294,343 90,36393,544 28,50592>336 65,96190,7ss 3!3,14725,603 79,s7966,052 75, aoss2,2s7 71,02177,007 64,W670,196 57,41961,756 49,10252,356 40,71642,612 32,57a32,9S1 24,a6a23,712 17,1373.3,550 10,65a

,W,oooS1,4S372,76S70.5oa

loo, ti7a,5E6e, 03665,LLl

‘62,36459,05333,795

152,7?34eA56746 ,14S42. Z79

6Z.706&.3760.9356.1751.3646.7742.353s .0233.az 7

55.51 .49.515. 5Z.3353.47 49 .SL50.3!3 45.33

fi6 .22 40.6742.14 3?.Z236:31 1 33.93“34.52 ! 30.6730 .s3 Z7 .47

46.9250.3948.70

33.0443.5446.0443 .Oz39.7936 .s933.90

44.5440.3537.L534.35,31.46

15...------.-.-----

25------------------30----------------- 30.70

27.52Z4.37ZL.3616.6715 .ee13.601.L.36“s.62

Z6 .5s25.602Z .s119.7617.0914.6912.4110.Z5

S.37

z6.a226.072Z.6719.6Z16.9514.54lZ .2910.L3

6.I.36.I.5

27.31. 24.3024.00 Z1 .39Z1.C4 1S.601s .44 16.2716.14 ;14.22 :

L3.95 12.24u.al 10.3a.9 .s0 S.BZ6.@ 6.906.3e 5.4a

45--------------- 45:s4740;86335,4L3Z6,S02

22,302g,a7110,657

6,3243,0ZS

37;66133,12427,52421,99516,140l.L, C66

6,7063,567

33-------------------60------------------65-----------------70------------------

7.906.4e3.10

80---..-.----.---.-65-----------------

s ,5s5.22

5-12, SECTION 5- LIFE TABLES

Table 5-6. Estimated Average Lena of Life in Years, by Color and Sex Death-Registration States, 1900-1928, andU~ted States, 1929-6,6.

—

[Estimatesbasedon Me tsblevaluesshown ietsble5-51

Wte

+

Ziomhite

Area md year

bth ae%es Female *Ie

n.o71.071.070.870.9

71.070.670.770.570.3

U3iIm Smm

1966--------------------------------------------- 70.170.270.269.970.0

66.766.866.966.6

73. a73.773.773.4

67.667.667.767.567.6

74.774.774.674..47L.4

74.574.174.273.973.7

73.973.773.773.072.6

72.4

72.271.971.070.5

70.369.568.463.769.4

6S.566.666.666,863.8

61.963.064,666.364.5

64.763.560.3

60.063.959.662.463.4

39.661.962.955.637.4

43.255.555.2..

57.557.5

55.756.254.952.054.2

33.350.451.450.649.5

52.553.851.048.7

64,064.164.163.664.1

64.463.663.963.463,0

63.663.763.462,061.4

61.2

60.S60.660.059.7

39.157.7

56.633.656.6

53.653.154.552.950.3

49.033.151.834.7

53.7

50.448.146.7

46,548.244.645.746.6

48.352.451.545.344.5

51.138.841..336.93s. 9

36.437.936.435.635.7

34.932.532.931.3

I

3046

33.1.34,633.733.0

60.761.161.160,961..5

61,961.161.361.060.7

61.361.461.159,759.1

59.259,Z5s,936.157.9

57,s56,15.5.855,455.4

52.531.553.251.748.3

47.051.350.253.552.6

49.547.345.7

67,467.4s7.26e.566.e

l963---------------------------------------------1 9fi4----------------------------------------------.. .19631 ---------------------------------------------

19621 --------------------------------------------

1961----------------------------------------------1960 ----------------------------------------------l959---------------------------------------------

66.8 73.4

70.269.769.969.669.3

67.066.6

73.673.173.272.972.7

67.867.467.567.467.2

67.567.467.566.666.6

67.066.3

66.866.666.4

66,565, s65<5

l938----------------------------------------------l937----------------------------------------------

l9:6------------------------:---------------------l935----------------------------------------------1954--- ---------------------- — -------------------

1953 ----------------------------------------------195s-------------------------------.------——---

69.769.669.666.666.6

66.766.766.766.065.8

63.6

65.665.264.664.4

72.972.872.072.071.6

70.570.570.369.769.3

69.3

69.166.866.067.6

67.566.8

66.166,X65,964.663.8

68.4

68.266.067.266.8

71.471.170.769.969.7

66.5 63,462,$62,762.361,9

1950----------------------------------------------1949------------.--------------i-----------------194S---------------------------------------------l947----------------------------------------------

l946---------------------------------------------19K-----------------------------------------—---

66.566.263.563.z

66.765.965.263.3

64.463. E63. (62.4

69.467. S66.664.467.5

65.164.464.:63.265. S

61,059,657,758,i58.Z

55,354,936.054.3

l9M----------------------------------------------l943----------------------------------------------

66.2II64.267.3

66.264.264.965.061.4

39.862.962.464.363.2

l942----------------------------------------------

1941 ---------------------------------------------l9m----------------------------------------------l939----------------------------------------------

66.2 64.7

64.6 63.160. E62.1a.956.0

66.e65.263.465.3

64.462.163.363.2

59.3

62.963.763.560.01937---------,-------------------------------------

1936----------------------------------------------1933-----~g34----------------------------------------------

----------------------.=----------------.le33---------------------------------------------.le32----------------------------------------------

62.4 52.5

58.5SI..7

56.639.939.3sl.761.0

60.663.e63.365.163.5

58.061.060.362.762.0

31.435,253.756,054,6

S1.163.362.1

62.661.458.6

36.462.056.260.7

1931 ----------------------------------------------19m— --------------------------------------------19Z9---------------------------------------------

D--FEGISMON s!c-

l928----------------------------------------------l9z7----------------------------------------------le26----------------------------------------------l925----------------------------------------------l92&---------------------------------------------

61.159.757.1

39.459.135.8

63.161.636.7

60.659.757.2

51.549,Z47.8

56.8 55.6 58.362.138.060.661.5

57.060.557.05e.35e.8

45,647,643.744.945.5

47,048,945.646,747.6

48,953,031<34S,244.4

60.456.759.059.7

59.055.357.638.1 sl.4II

58.360.461.854.955.8

57.258.6

56.158.4

38.561.0S7..634.656.0

57.159.160.8

47.751.831.645.344.5

19zz-- --------------------------------------------

18Zl ---------------------------------------------19zo ----------------------------------------------l919---------------------------------------------

191s----------- -----------------------------------

l9l7----------------------------------------------l9l6----------------------------------------------

60.654.154.7

60.053.653.5

54.454.5

39.I. 36.646.449.652.532.0

42.2~4.054.356.8

37.149.3

29,937.039.637.5

32,640,s43,140,540,8

30,951.754.554.2

52.555.154.9

50.233.132.7

50.651.931.348.650.9

1,913----------------------------------------------l9l4---------------------------------------------- 56.8

55.055.954.431.853.6

37.1

36.735.934,633.834.2

l9l3----------------------------------------------lel2-----------.------------------:---------------19U-------------------—----------J-------------1910----------------------------------------------l9O8----------------------------------------------

leo8----------------------------------------------l9o7----------------------------------------------l906---------------------------------------------l905----------------------------------------------

52.S55.552.650.052.1

50.351.550.946.430.5

49.545.646.947.346.2

53.053.933.050.352.5

40.340.038.Z37.537.3

36.054.033.933,X32.7

34,636..435,333,5

51..147.646.748.747.6

32.849.950.850.248.1

32.053.450.6

51.548.149.349.148.0

49.946.047.347.646.6

33.631.131,629,629.1

31.732.932.232.5

1903----------------------------------------------190z---------------------------------------------.

50.551.549.147.3

1Fi6ures by color exclude deta for res16.&ts of New Jersey; see [email protected] AmenW.

49.149.847.646.3

50.951.949.447.6

48.550.248.046.61900---------------------------------------—---- 46.3

*U. S.GOVERNMENT PRINTING 0FFIcE:1966 0-306-363

.. . ..: . . .,.

.-c..-’- -... .!r. . . . --::; --- .:. ,L

. .

FILE

VITAL STATISTICS OF THE UNITED STATES, 1966

PART A

s~,crion I

Section 2.

Section :\.

(;cncr,{l klort.~lity

Surnm.iry t.iblcs containing crud~, ,Lgc-spt,ci(lc , .Ln.i .lg L,-< LJ]Ll, s[L, [l LIL Ittl 1-. IIL, S; Llt.ith r,ltc, s

by C.lust; maternal rnort~llity. l)ct.lilc~i t<lbul.itlons [Jf d~,iths hi c,~usc for the [ ‘rlitCLi St Lltes

,Lnd c.~ch St.ltc,. [);~ta shown by ,IgL,, SL,X, color In.] r,icv. c.Iu,~., f~f ~lu,!t}], In.1 month,

[nf.lnt Llortality

1;lhul:~tions of inf.lnt deaths ilnd infln[ rl]ort.{l][! r., tts bv .ISC, CL,IOI-, sc\, c,tus. of dc.lth, .ind

by Stdte, ,iddition.11 frequtncy t:lhles hy Illor]th (It dc.ith.LU.]hil)c)llL1l.it]utl-slz~:t-ou[ps in nletro-

politan .Lrnd nonmetropo[ltan counties.

fetal hfort<llity

“1’.{bulations of numbers of dc.lths ,ind r ]tios t]y ,igL of ]T~othcr, l~,~itin.]cv, ~tiogr.iphic .]rcas;

fetal death r.~tes by plurality. Sun]hct-s of dc. ][hs by .{d~iitlorl,ll ch.lr,{rt,ristlcs -month, birth

order, Jttendant, period of gest~ltiou, hi rth wei:ht,

Section 4. :Iccident Nlortality

Deaths from motor vehicle .~ccidcnts by typ~, of vchiclc ,Ind from nontr.mspot-t accidents by

place of accident. Figures tabulated hy age,, ~olor, .iIId sex for the Liniteci States .ind by color

and sex for et~ch State.

,\ bridged life tables ~nd inter pol.ltc, d V,IIULS of the I, .lnd ~, by single years of age for thenational population by color and SL’X.

Section (>. ‘rechnical ,ippendix

Text discussion of f,lctors .lffectlng the collection, cl.~ssific, ition, and Inter prct:ltion of the

mortality statistics published in Volume Il. Includes popul,ition t,~blcs for computing vit~l

r:ltes,

PART BSection 7. Ge~raphic Detail for Nlortality

“rotal number of deaths, de,~tbs from selected ciiuscs, in f,lnt dc,.lths, r]~,on,lt.11 deaths, fetalde~~tbs, and selected rates ~nd r.ltios. T’.lbul,itions shoktn ~)~ C,LCII Stltc, county, specified

urban places, metropolitan ,Lnd nonmc, tropolit.]n count icjs, p(][]ul,ltic>r}-siz< groups,.lnd stand.{rd

metropolitan statistical ,Ireas.

Section 8. Puerto I<ico and Virgin [sl.lnds

Trend of the crude de:~th rate. Frequency t:lk~ul,ltic)ns for n]ost ch.lr.]ctcristics shown in other

sections of Volume 11.

VOLUME II-SECTION 5 Tables - CDC

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