Examines 10 hardback college-level writing handbooks published in 1985 and 1986 by 9 major publishers. Finds that word processing has assumed a place in college writing but that authors and publishers have not found a substantial place for word processing in composition instruction. (RS)

Argues that an understanding of how children acquire reading and writing processes should be the prime basis for making decisions about new information technology. Notes that technology can be selected that is consonant with one's understanding of teaching and learning. (MM)

The experiences of Seattle Pacific University as it changed from closed-shop to end-user computing are described. Once departments got over the initial shock of servicing the many nitty-gritty job requests formerly handled within computer services, they began to like the new system. (MLW)

Academics are clamoring for services from campus computer centers, despite predictions that the proliferation of personal computers threatened their existence. Faculty are using the services for help with their own machines. (MSE)

Presents eight guidelines to consider when using computers for language instruction, emphasizing computer use in a social and purposeful context. Suggests computer software which adheres to these guidelines. (MM)

The effects on essay scores of intermingling handwritten and word-processed student essays were studied with 32 students who produced handwritten and word-processed essays. Essays were converted to the other format and rescored. Results reveal higher average scores for handwritten essays. Implications for scoring are considered. (SLD)

A 2-year study examined writing skills development of 11- and 12-year olds with unlimited access to word processors. Samples of the 22 subjects' narrative writing were compared with samples from a parallel class that used hand writing methods. Results indicated that the children using word processors produced better quality writing than the…

Describes the use of weather satellites in providing an exciting, cohesive framework for students learning Earth and space science and in providing a hands-on approach to technology in the classroom. Discusses the history of weather satellites and classroom satellite tracking. (JRH)

Presents exploration activities and problems related to the concept of linear function which can be performed using Parallel Axes Representation. (PR)

Presents a transcript of an extensive interview with composition theorist Lester Faigley. Offers an analysis of the current state of composition studies along with a sense of where the field may be going. (HB)

Involves secondary students in a study designed to allow investigation into how different levels of information presented by various technologies (chemical indicators, pH meters, and microcomputer-based laboratories-MBLs) affected students' understanding of acid, base, and pH concepts. Results showed that students using MBLs exhibited a greater…

This study examines the perceptions of three preservice teachers regarding the use of calculators as instructional tools. Other response categories include the influence of personal and background characteristics and social factors affecting the potential use of calculators in the classroom. (17 references) (LZ)

Describes digital photography--an electronic imaging technology that merges computer capabilities with traditional photography--and its uses in education. Discusses how a filmless camera works, types of filmless cameras, advantages and disadvantages, and educational applications of the consumer digital cameras. (AEF)

Describes Kids Network, an educational network available from the National Geographic Society that allows students in grades four through six to become part of research teams that include students from around the world. Computer hardware requirements and a list of Kids Network research questions are listed in a sidebar. (JMV)

Presents a procedure that students can use to determine the center of mass of a thin (two-dimensional), homogenous object experimentally, analytically, and numerically. Requires students to use three distinctly different approaches to a single problem and necessitates a combination of laboratory skills, a knowledge of fundamental calculus, and…