This study with 203 college students used structural equation analysis and found that the relationship between students' academic stress and course grades was influenced by problem-focused coping and motivation, but not by emotion-focused coping. Greater academic stress covaried with lower course grades. (DB)

An analysis of student decisions to withdraw from specific courses before assignment of grades but after the "add-drop" period at the University of Minnesota is presented. In a probit model, withdrawals appear to occur randomly, with notable exceptions. Student, class, and teacher characteristics are considered as variables related to…

Using a theoretical model of institutional culture, organizational climate, and faculty motivation, a study examined how faculty (n=1,123) and administrators (n=381) in 10 colleges differed in their perceptions, whether differences were affected by institution type, and to what extent faculty and administrators had different implicit models of…

A four-equation simultaneous equations model was developed to analyze whether college student effort and achievement are jointly determined. Testing with 544 undergraduate students indicated that increased student efforts in working with faculty improved their grades, but course effort and library effort had no significant effect on grade point…

Analysis of data on freshman-to-senior developmental gains in 722 University of Tennessee-Knoxville students provides evidence of the advantages of structural equation modeling with latent variables and suggests that the group differences identified by traditional analysis of variance and covariance techniques may be an artifact of measurement…

The study tested a structural equation model of community college enrollment patterns of White and Hispanic males and females and the invariance of parameter estimates among subgroups. High school preparation in mathematics and science (M/S), M/S attitudes, M/S enrollment patterns, parent education, encouragement, and high school grades were…