Seven styles of software which may significantly improve mathematics and science learning are discussed. These include microworlds, educational games, microcomputer-based instrumentation, databases, tools, languages, and simulations. Opportunities and need for new software are also discussed, suggesting such items as a scientific text processing…

Discusses the use of microcomputers and software as problem-solving tools, including comments on "TK! Solver," automatic problem-solving program (reviewed in detail on pp.84-86 in this same issue). Also discusses problem-solving approaches to bridge the disciplines, such as music/physics, junior high science/mathematics (genetics),…

Microcomputer-based instrumentation packages enable computers to collect continuous analog data, convert data to digital form for processing, and display results on monitor. Discusses classroom advantages of these packages, describes one package for teaching harmonic motion, and provides a list of currently available packages (including vendor and…