An Evaluation of the Relative Effectiveness of NCTM Standards-Based Interventions for Low-Achieving Urban Elementary Students

The effects of 2 instructional methods, problem solving and peer collaboration, were evaluated for enhancing mathematics achievement, academic motivation, and self-concept of 104 low-achieving 3rd and 4th graders. Students were assigned randomly to 1 of 4 conditions: control, problem solving, peer collaboration, and problem solving + peer collaboration. Students in all conditions met twice weekly for 30-min mathematics sessions over a 7-week period. Results indicate that problem-solving students performed significantly higher than their counterparts who did not receive problem solving on measures of computation and word problems and reported higher levels of academic motivation, academic self-concept, and social competence. Students who participated in peer collaboration scored higher on measures of computation and word problems and reported higher levels of academic motivation and social competence than did students who did not participate in peer collaboration. No significant interaction effect was found.