Describes a learning activity packet (LAP) designed to help students understand the basic concept of the mole as a chemical unit; know relationships between the mole and atomic weights in the periodic table; and solve basic conversion problems involving moles, atoms, and molecules. (JN)

Reproduces the contents of a CEEP instructional module on the concept of radioactive decay. Includes objectives, materials, procedure, and summary questions. Reproducable illustrations also included. (MA)

Contains the contents of the Student Investigation booklet of a Crustal Evolution Education Project (CEEP) instructional modules on earthquakes. Includes objectives, procedures, illustrations, worksheets, and summary questions. (MA)

Discusses three kits developed by museums in British Columbia for use in rural classrooms. The science kit on marine biology consists of modules which included specimens, books, audiovisual materials and student activities. (BR)

Project Physics is taught at Gibault High School (Waterloo, IL) using a modular schedule and learning activity packets. A description of the course, instructional strategies used, and the learning activity packets is provided. (JN)

Described is a technique for the development of survival reading activity packets for the science classroom. The reading packets described include labels from different food and medicine products and from magazine and newspaper articles. Three types of questions were used with each packet: factual, interpretive, and application. (DS)

Describes a learning module designed to help students use the factor labeling method in problem solving. (ZWH)

Describes seven strategies used to make CEEP modules readable and appealing to students. These include involving classroom teachers in writing the modules, early analysis of word- and concept-levels, and using a list of familiar words in editing the modules. (MA)

Reports how a school district's elementary science curricula and in-service programs were improved through a series of minicourses. Appraises the procedure, components, and requirements of this approach. Also describes the science loan kit program that was implemented to facilitate hands-on instruction. (ML)

Earth science education needs to be relevant to students in order to make them aware of the serious problems facing the planet. In an effort to insure that this need is meet, the Denver Earth Science Project has set as one of their goals the development of new earth science curriculum materials for teachers. This document provides a collection of…

Describes (in separate articles): computer simulations in science education; how junior high school students revised an experiment; a framework for assessment in science; physics, relevance, and understanding; a science module for a sixth form general studies course; and assessment of providing science education for the 16-19 age group. (JN)

Describes the approach taken in the development of a modular curriculum which integrates the study of technology. Provides a rationale for the program and specifies its advantages. (ML)

Describes an interdisciplinary science and humanities curriculum for sophomores developed by the faculty at Boston University's College of Basic Studies. Three core courses (science, social studies, and humanities) are integrated into a year-long course which is team taught. The format includes both lecture and modular teaching approaches. (DS)

Presents positive aspects of lesson design models in science instruction. Rebukes arguments made within an accompanying article that argues against lesson design models. States that lesson designs, if correctly viewed as planning guides, are always valuable in science teaching. Mentions an unnamed study that provides evidence of the effectiveness…

Describes the factors which led to the development of the three year Human Sciences Program designed by the Biological Sciences Curriculum Study (BSCS) staff for the middle grades. Also presents the major learning and instructional characteristics of the Human Sciences modules. (HM)