Skip to main content
. Author manuscript; available in PMC: 2021 Apr 1.
Published in final edited form as: J Fam Psychol. 2019 Oct 14;34(3):279–290. doi: 10.1037/fam0000596

Table 5.

Logistic Regressions Predicting Divorce

Model 1 Model 2 Model 3
B p OR B p OR B p OR
Constant −2.25 <.001 .11 .79 .634 2.19 .53 .807 1.70
Premarital parenthood .81 .010 2.25 .87 .024 2.38 .87 .038 2.38
Caucasian −.44 .560 0.65 −.55 .479 0.58
Hispanic −.96 .062 0.38 −.87 .116 0.42
Husband age −.03 .577 .97 −.04 .448 .96
Wife age −.07 .241 .93 −.05 .398 .95
Husband education −.42 .034 .65 −.40 .060 .67
Wife education .25 .247 1.28 .30 .194 1.34
Household income .01 .406 1.00 .01 .362 1.00
Husband work status −.11 .542 .90 −.09 .637 .92
Wife work status .03 .882 1.03 .04 .839 1.04
Relationship length −.01 .902 .99 −.01 .919 .99
Premarital cohabitation −.01 .858 1.00 .01 .938 1.01
Husbands’ positivity .01 .982 1.01
Wives’ positivity .11 .784 1.12
Husbands’ negativity −.27 .435 .76
Wives’ negativity .21 .528 1.24
Husbands’ effectiveness −.02 .931 .98
Wives’ effectiveness −.11 .664 .90

Note. Significant effects (p < .05) are shown in bold. Variables were block entered in each model, such that Model 1 included premarital parenthood, Model 2 included premarital parenthood and all demographic variables entered simultaneously, and Model 3 included premarital parenthood, all demographic variables, and all communication variables entered simultaneously.