Beliefs about mathematics of 26 junior and senior high school students were explored using interviews conducted before and after exposure to problem-solving software. A concept model of subjects' general beliefs about mathematics and their relationships was developed. Data analysis did not indicate any change in beliefs about mathematics following…

Briefly examines the components of mathematical problem solving instruction, suggests seven guidelines for computer assisted instruction software in mathematical problem solving, and examines three commercially available examples of such software. (MBR)

Reports the results of a study that examined the patterns of interactions of high school student partners engaged in problem-solving activities while working through computer simulation activities in an astronomy lab. Observations, interviews with teachers and students, and a software program evaluation are discussed. (LRW)

Argues that the computer will make a major difference because it places within one total environment that teaches (the school) another total environment that teaches (the computer). A hopeful sign is the growing number of educational computer programs that use the computer effectively as a mind-tool rather than an instructional medium. (BBM)

Five articles describe improvements in instructional software designed to enhance problem solving skills. Issues addressed include problem solving software to implement curriculum goals; problem solving theory and writing theory; software for elementary and secondary school science instruction; software for mathematics instruction; and cognitive…

Argues that educational computing is a discipline and discusses issues that need to be addressed in this discipline, including similarities with experimental psychology; networks and integrated learning systems; problem-solving software versus domain-specific software; computer labs versus classroom integration; software quality; computer equity;…