This book goes through the eight intelligences (verbal/linguistic, logical/mathematical, visual, bodily/kinesthetic, musical/rhythmic, interpersonal, intrapersonal, and naturalist), showing teachers new ways to create their own lessons using these intelligences. It also describes how to use technology to enhance each of the intelligences. The book…

Steady technology growth has allowed a Massachusetts school district to build a large, centralized database; improve a vast array of standard administrative operations; and design software applications tailored to many special needs. (MLF)

A teacher in a multi-age elementary classroom including 16 gifted students describes an independent study project in which students used a variety of technological aids (such as hypermedia) to develop a presentation on their chosen topic and publish it on the Internet. Examples of forms used to guide students and evaluation criteria are offered.…

The National Special Education Alliance (a national network of local computer resource centers associated with Apple Computer, Inc.) consists, one year after formation, of 24 non-profit support centers staffed largely by volunteers. The NSEA now reaches more than 1000 disabled computer users each month and more growth in the future is expected.…

This paper presents a guide to help teachers learn to use the Internet, describing what the Internet is, what they will need to access the Internet, how to speak Internet, and how to connect with online services. A final section presents eight recommended Internet resources for teachers. (SM)

Discusses the use of a spreadsheet program to vary the parameters in multiloop circuit problems. Enables students to better understand how the elements in a multiloop circuit determine the current by allowing them to see the results of the changes immediately. (JRH)

Describes two spreadsheets for producing acid-base titration curves, one uses relatively simple cell formulae that can be written into the spreadsheet by inexperienced students and the second uses more complex formulae that are best written by the teacher. (JRH)

Points out that the notion of "concrete" is relative and argues the advantages of, and recommendations for, using computer manipulatives. (MKR)

Presents experiments that use Microcomputer Based Laboratory (MBL) techniques to enable freshmen physics students to investigate complex systems, such as nonlinear oscillators or coupled harmonic oscillators, at a level appropriate for an independent project. (JRH)

Presents a real-life example of mathematical modeling in which a medical company asks for help in solving a warehouse-inventory problem. Uses charts, graphs, and computers. (MKR)

Presents examples of what can be done with CD-ROMs to enhance learning about weather and climate. Topics include hurricanes and tropical storms, climatic studies with CD-ROM archives, and assessment. (JRH)

Presents a paper-folding method to develop a class repertoire of construction methods for the ellipse, hyperbola, and parabola using straws, rulers, dental floss, paper circles, and other household items. Uses the Geometer's Sketchpad software to complement the paper-folding process. (MKR)

Describes simple inexpensive modifications to existing equipment that facilitate the computerization of interference and diffraction experiments done in introductory laboratory courses. (JRH)

Discusses the distinction between drawing and constructing in dynamic geometry environments. (MKR)

Estimates how much money it takes for technology programs to make a difference and offers advice on how schools can best spend their technology funds. Tables show costs in personnel and in hardware and software for developing technology expertise among teachers. (MLF)