Table 5 Intersurvey indirect life table...

Table 5

Intersurvey indirect life table of first union dissolution

Time (years since first union)	Interval	Interpolated Intersurvey S(t)	S(t) / S(t – 1)	Adjustment Factor (1 – (4))	Censored^a (intact first unions)	Intact First^b Unions at Beginning of Interval	Dissolved Unions	Cumulated Dissolved Unions	Survival Probability	Quantum-Adjusted Survival Rates, S^*(t)
(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)	(10)	(11)
1	[0, 1)	.8772	.8772	.1228	877	30,000	3,629	10,377	.6503	.6503
2	[1, 2)	.8350	.9518	.0482	835	25,494	1,208	6,748	.8210	.5339
3	[2, 3)	.7978	.9555	.0445	798	23,451	1,026	5,540	.8148	.4350
4	[3, 4)	.7654	.9594	.0406	765	21,627	862	4,515	.8090	.3519
5	[4, 5)	.7375	.9635	.0365	737	19,999	717	3,652	.8037	.2828
6	[5, 6)	.7136	.9676	.0324	714	18,545	589	2,935	.7995	.2261
7	[6, 7)	.6935	.9718	.0282	694	17,243	476	2,346	.7972	.1802
8	[7, 8)	.6768	.9760	.0240	677	16,073	378	1,870	.7977	.1438
9	[8, 9)	.6632	.9799	.0201	663	15,018	295	1,492	.8024	.1154
10	[9, 10)	.6524	.9837	.0163	652	14,060	224	1,197	.8126	.0937
11	[10, 11)	.6440	.9871	.0129	644	13,183	166	973	.8294	.0777
12	[11, 12)	.6376	.9902	.0098	638	12,373	119	807	.8530	.0663
13	[12, 13)	.6331	.9928	.0072	633	11,617	81	688	.8818	.0585
14	[13, 14)	.6299	.9950	.0050	630	10,902	53	607	.9124	.0534
15	[14, 15)	.6278	.9967	.0033	628	10,219	33	554	.9402	.0502
16	[15, 16)	.6264	.9978	.0022	626	9,558	20	521	.9614	.0482
17	[16, 17)	.6254	.9985	.0015	625	8,912	13	501	.9737	.0470
18	[17, 18)	.6246	.9986	.0014	625	8,273	11	487	.9767	.0459
19	[18, 19)	.6234	.9981	.0019	623	7,637	14	476	.9714	.0446
20	[19, 20)	.6216	.9972	.0028	622	7,000	19	462	.9591	.0427
21	[20, 21)	.6189	.9957	.0043	619	6,360	26	443	.9407	.0402
22	[21, 22)	.6150	.9936	.0064	615	5,715	35	417	.9168	.0369
23	[22, 23)	.6094	.9909	.0091	609	5,065	43	382	.8870	.0327
24	[23, 24)	.6019	.9876	.0124	602	4,412	51	339	.8503	.0278
25	[24, 25)	.5920	.9837	.0163	592	3,760	56	288	.8043	.0224
26	[25, 26)	.5796	.9790	.0210	580	3,111	59	232	.7448	.0167
27	[26, 27)	.5642	.9735	.0265	564	2,472	58	173	.6638	.0111
28	[27, 28)	.5456	.9669	.0331	546	1,850	52	115	.5452	.0060
29	[28, 29)	.5233	.9591	.0409	523	1,252	40	63	.3529	.0021
30	[29, 30)	.4970	.9498	.0502	497	689	22	22	.0000	.0000

Time (years since first union)	Interval	Interpolated Intersurvey S(t)	S(t) / S(t – 1)	Adjustment Factor (1 – (4))	Censored^a (intact first unions)	Intact First^b Unions at Beginning of Interval	Dissolved Unions	Cumulated Dissolved Unions	Survival Probability	Quantum-Adjusted Survival Rates, S^*(t)
(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)	(10)	(11)
1	[0, 1)	.8772	.8772	.1228	877	30,000	3,629	10,377	.6503	.6503
2	[1, 2)	.8350	.9518	.0482	835	25,494	1,208	6,748	.8210	.5339
3	[2, 3)	.7978	.9555	.0445	798	23,451	1,026	5,540	.8148	.4350
4	[3, 4)	.7654	.9594	.0406	765	21,627	862	4,515	.8090	.3519
5	[4, 5)	.7375	.9635	.0365	737	19,999	717	3,652	.8037	.2828
6	[5, 6)	.7136	.9676	.0324	714	18,545	589	2,935	.7995	.2261
7	[6, 7)	.6935	.9718	.0282	694	17,243	476	2,346	.7972	.1802
8	[7, 8)	.6768	.9760	.0240	677	16,073	378	1,870	.7977	.1438
9	[8, 9)	.6632	.9799	.0201	663	15,018	295	1,492	.8024	.1154
10	[9, 10)	.6524	.9837	.0163	652	14,060	224	1,197	.8126	.0937
11	[10, 11)	.6440	.9871	.0129	644	13,183	166	973	.8294	.0777
12	[11, 12)	.6376	.9902	.0098	638	12,373	119	807	.8530	.0663
13	[12, 13)	.6331	.9928	.0072	633	11,617	81	688	.8818	.0585
14	[13, 14)	.6299	.9950	.0050	630	10,902	53	607	.9124	.0534
15	[14, 15)	.6278	.9967	.0033	628	10,219	33	554	.9402	.0502
16	[15, 16)	.6264	.9978	.0022	626	9,558	20	521	.9614	.0482
17	[16, 17)	.6254	.9985	.0015	625	8,912	13	501	.9737	.0470
18	[17, 18)	.6246	.9986	.0014	625	8,273	11	487	.9767	.0459
19	[18, 19)	.6234	.9981	.0019	623	7,637	14	476	.9714	.0446
20	[19, 20)	.6216	.9972	.0028	622	7,000	19	462	.9591	.0427
21	[20, 21)	.6189	.9957	.0043	619	6,360	26	443	.9407	.0402
22	[21, 22)	.6150	.9936	.0064	615	5,715	35	417	.9168	.0369
23	[22, 23)	.6094	.9909	.0091	609	5,065	43	382	.8870	.0327
24	[23, 24)	.6019	.9876	.0124	602	4,412	51	339	.8503	.0278
25	[24, 25)	.5920	.9837	.0163	592	3,760	56	288	.8043	.0224
26	[25, 26)	.5796	.9790	.0210	580	3,111	59	232	.7448	.0167
27	[26, 27)	.5642	.9735	.0265	564	2,472	58	173	.6638	.0111
28	[27, 28)	.5456	.9669	.0331	546	1,850	52	115	.5452	.0060
29	[28, 29)	.5233	.9591	.0409	523	1,252	40	63	.3529	.0021
30	[29, 30)	.4970	.9498	.0502	497	689	22	22	.0000	.0000

Censored observations are calculated by multiplying the S(t) by 1,000. Any random number would yield the same results.

$n_{1 = [0, 1)}$ = summation of all ever-married individuals. In this case, it is 30 × 1,000 = 30,000.

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