Abstract
The application of mathematical conceptual knowledge in the solving of problems has been of
continuing interest to researchers and classroom teachers. Towards this end, research evidence is
providing some insights as to the role of mathematics schemas in the solution process. Little
research effort, however, has been invested in the examination instructional methods that will
enhance the activation and use of such schemas by students.
In this study we report the results of two studies which attempt to generate data relevant to the
effect of instructional strategies on the activation and use of previously learned schemas in junior
high school geometry. Two forms of training derived from our earlier studies of geometry
problem solving were developed. The first, Generation training emphasised searching memory
to access information that is related to the problem. Management training directed students'
attention to planning and controlling accessing of information. No effects on training or transfer
items were observed following Generation training. Management training improved the near and
far transfer performance of both high- and low-achieving students.
Mohan Chinnappan & Michael Lawson
Use Of Geometry Knowledge During Problem Solving: The Instructional Effect Of Two Strategies