Motivational and Cognitive Contributions to Students' Amount of Reading

The amount that students read for enjoyment and for school is a major contributor to students' reading achievement and knowledge of the world. Consequently, it is important to identify the factors that predict amount of reading. A literature review revealed that motivation, strategy-use, and past reading achievement all may be expected to predict reading amount. To examine these variables, a total of 251 students in Grades 3 and 5 was administered questionnaires of these constructs and a reading test. Results showed that amount of reading for enjoyment was predicted most highly by motivation, when all other variables were controlled statistically in multiple-regression analyses. In contrast, amount of reading for school was predicted most highly by strategy use, when all other variables were controlled. However, these predictions were different for students in Grades 3 and 5. Findings of the study indicate that amount of reading is multiply determined by cognitive and motivational constructs, which is consistent with an engagement perspective on reading development. Copyright 2001 Academic Press.     

Development, Implementation, and Validation of a Computerized Test for Statewide Assessment

How does a testing component function in an integrated learning system? How can you customize computerized tests to meet local specifications? How are computerized tests implemented and evaluated? Is the pay-off of computerized testing justified?     

(Mis)Measuring Developmental Math Success: Classroom Participants’ Perspectives on Learning

ABSTRACT

Poor completion outcomes in community colleges’ developmental education programs have spurred reforms in developmental education policies and practices in order to increase students’ chances of success. In the case of developmental math, the focus of this article, such changes include revisions to testing and placement policies, amendments to the intended curriculum, and restructuring of the format and sequencing of courses. However, the measures that have highlighted the inadequacies of developmental math are, in themselves, insufficient for assessing the effectiveness of reforms to developmental math. Drawing on interview data from a classroom-level study of a community college’s pilot reform initiative in developmental math, we explore the learning goals articulated by the instructors and a sample of students across four pre-algebra classrooms. Through our analysis of their goals, as well as the extent to which students reported accomplishing those goals, our research underscores the important distinction between course completion and learning. This study highlights the need to assess the effectiveness of developmental math coursework in ways that extend beyond completion rates.