Examines problem-solving in selected software, considering what packages really teach and how useful they are in classrooms. Includes a table listing 21 packages with information in such categories as: suggested ages; solving standard logic puzzles; trial/error or predicting outcomes; breaking tasks into smaller parts; drawing conclusions; and…

Presents algebra course curriculum that utilizes a symbolic algebra system called PAD (Power, Application, and Depth). Demonstrates an example using PAD and points out that mathematics courses using this software present new ways for students to launch the power of algebraic thinking. (ASK)

Computer software that promotes creative and higher level thinking skills and develops writing ability in gifted students with learning disabilities is examined. Brief descriptions and appropriate grade levels are offered for such programs as "Science Toolkit,""Advisor,""VCR Companion,""Rocky's Boots,""Hinky/Pinky,""Story Sketches,""Author!…

Many people are interested in computer aids to rhetorical invention and want to know how to evaluate an invention aid, what the criteria are for a good one, and how to assess the trade-offs involved in buying one product or another. The frame of reference for this evaluation is an "old paradigm," which treats the computer as if it were…

Presents rationale for including use of productivity tool software--database management systems, spreadsheets, graphics software, word processing--in classrooms and reviews appropriate strategies for introducing students to these tools. Discussion covers adaptability of these tools to various academic disciplines and illustrates how students…

Today's educational software has transcended original drill and practice functions to provide enjoyable learning experiences through simulation, tutorial, and special education programs that develop reasoning and problem-solving skills. Teacher and administrator effectiveness can be enhanced by lesson design, scheduling, attendance, grade…