Date of Award
Doctor of Philosophy
School of Education
Curriculum and Instruction PhD
Paul S. Brantley
Wilfred G. A. Futcher
Problem. This study sought to develop a tool to identify the nonsuccessful, at-risk community-college student for correct placement, monitoring, and retention. A comparison in academic achievement of at-risk, remediated students with nonremedial students in a first college-level mathematics class (Intermediate Algebra 101) was also studied.
Method. The ex post facto study sought to determine to what extent the successful and nonsuccessful at-risk mathematics students (n = 358) differ on ASSET test scores, criterion referenced pretest scores, mathematics attitude scores, attendance profile, race, gender, and demographic variables. Statistical analyses using descriptive procedures, ANOVA, MANOVA, Chi-square, and discriminant analysis were used with an alpha =.05.
The achievement of the at-risk students (n = 40) with non-at-risk students (n = 48) in a first college-level mathematics class (Intermediate Algebra 101) was studied.
Results. The variables found in fractions, whole numbers, ASSET (Numerical Skills), age, and gender were significant in the prediction of successful or nonsuccessful achievement in the Basic Mathematics class with a 65.35% correct classification rate. Decimals, ratio and proportions, percentages, attitude, race, attendance, and educational goals were nonsignificant for academic prediction.
There was no significant difference in achievement between the remediated at-risk students and the nonremedial students in the Intermediate Algebra (101) course.
Conclusions. Older students generally outperformed their younger counterparts. These students had better attendance, and thus used their time for academic achievement. Females in both the younger and older age groups tended to academically outperform their male counterparts.
This study suggests that knowledge of a community-college student's demographic information, the ASSET test, and a criterion referenced test can, to a limited extent, aid in predicting whether an at-risk student will or will not finish the first remedial mathematics course.
Results from grade analysis in the Intermediate Algebra course suggest that the mathematics laboratory has removed the mathematics deficiencies and thesestudents are academically comparable with the nonremedial students in this course. In fact, the remediated at-risk students had a higher grade average in this course and a higher cumulative GPA than their nonremedial counterparts, although they were not statistically significantly different at alpha =.05.
Mathematics--Study and teaching (Higher), Mathematical ability--Testing
Cox, Gerry Lee, "Identification of the At-Risk Mathematics Student Within the Community College Environment" (1993). Dissertations. 301.
Creative Commons License
This work is licensed under a Creative Commons Attribution-Noncommercial-No Derivative Works 4.0 License.
Files over 3MB may be slow to open. For best results, right-click and select "save as..."