The effect of self-monitoring homework processes and teacher assessments on academic achievement among beginning algebra students.

Item

Title
The effect of self-monitoring homework processes and teacher assessments on academic achievement among beginning algebra students.
Identifier
AAI9830756
identifier
9830756
Creator
Pysher, Ernest Raymond.
Contributor
Adviser: Barry Zimmerman
Date
1998
Language
English
Publisher
City University of New York.
Subject
Education, Educational Psychology | Education, Mathematics | Education, Teacher Training
Abstract
One hundred and eighteen minority high school students in beginning algebra courses in a large, urban, inner city school participated in a study examining the effects of self-monitoring homework processes and homework outcomes on academic achievement. These two treatments were compared under process-oriented and outcome-oriented assessments in a 2 x 2 design with a separate control group receiving traditional curriculum instruction.;Students who self-monitored either processes or outcomes had significantly greater gain scores than the no self-monitoring control group. Self-monitors of homework processes significantly outperformed the self-monitors of homework outcomes. The self-monitors of processes who were given process assessments had significantly higher achievement than any other group except those students who self-monitored processes but were given outcome oriented assessments. Type of assessment was not related to gain scores.;Ad hoc analyses suggest that self-monitoring work at home yields higher achievement gains than self-monitoring homework in class while self-monitoring homework processes in class yields greater achievement gains than no self-monitoring. Educational implications and suggestions for future research examining homework completion, type of homework, type of assessments, self-processes, and replication of this study on different sample populations are discussed.
Type
dissertation
Source
PQT Legacy CUNY.xlsx
degree
Ph.D.
Item sets
CUNY Legacy ETDs