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Burkhart, Phil; And Others – 1979
This manual is a resource guide on energy education for teaching career education from grades seven to twelve. It contains 18 student activities which are grouped into four goal oriented units. The main objectives of the project are to increase the student's understanding that: (1) Natural laws limit energy availability; (2) Energy consumption…
Descriptors: Career Education, Depleted Resources, Energy Conservation, Environment

Hunt, Pete; And Others – 1979
This manual is a resource guide on energy conservation for the teaching of health education. It contains 12 student activities which are grouped into four goal oriented units. The main objectives of the project are to increase the student's understanding that: (1) Natural laws limit energy availability; (2) Energy consumption affects both man and…
Descriptors: Depleted Resources, Energy Conservation, Environment, Environmental Education
Pifer, Glenda; And Others – 1977
Few people realize that the average person uses about 60 gallons of water each day. Water shortages are already occurring on a regional scale; someday they may become a national problem. Accordingly, this checklist is designed to help house and apartment dwellers determine how efficiently they use water and identify additional ways to save it.…
Descriptors: Adults, Conservation Education, Conservation (Environment), Energy Conservation
Allen, Rodney F., Ed. – 1981
Over 60 energy education activities related to mathematics, science, social studies, and English comprise this manual for middle school teachers. Included are issues for discussion, puzzles, science investigations, story writing exercises, and energy cost calculation problems. Among the topics covered in these lessons are energy consumption…
Descriptors: Basic Skills, Energy, Energy Conservation, Environmental Education
Department of Energy, Washington, DC. Office of Weatherization Assistance Programs. – 1978
Presented is a guide for developing lessons for a home weatherization course that promotes the use of retrofit technology to conserve energy in residential housing. The course is intended to cover processes and causes of building heat loss, and home retrofitting procedures. Each lesson description contains a list of points the instructor should…
Descriptors: Energy, Energy Conservation, Heating, Housing
New England Innovation Group, Providence, RI. – 1979
Presented is a study of energy conservation opportunities in a Rhode Island high school. With the aid of an infrared camera system, researchers documented heat losses that were not evident to the naked eye. Each infrared thermogram obtained showed one or more types of heat loss and identified the specific sections of the building where the…
Descriptors: Cost Effectiveness, Energy, Energy Conservation, Evaluation Methods

Harris, John; Osborne, Jonathan – School Science Review, 1978
Presents Unit Nine Change and Chance of the Nuffield Advanced Physics, dealing with energy conservation, and a novel statistical approach to diffusion, thermal equilibrium and thermodynamics. Information about energy resources, alternative sources of energy, and energy-cost of materials are also presented. (HM)
Descriptors: Curriculum Development, Depleted Resources, Energy, Energy Conservation

Liao, Thomas T.; Reese, Philip F. – Physics Teacher, 1978
Provides detailed directions for five secondary level science activities in the construction and testing of a solar energy collector system. (SL)
Descriptors: Energy, Energy Conservation, Physics, Science Activities

Chiotelis, Charles L. – Science Teacher, 1978
Completion of a unit on heat energy motivated students to devise their own solar collectors, parabolic solar cookers, and designs for a solar home. Using their solar projects, the students tests hypotheses they might have had concerning heating capacities, insulation values, or energy conversions. (MA)
Descriptors: Controlled Environment, Energy Conservation, Environmental Education, Natural Resources

Kovacs, Patricia A.; Rasor, William W. – Science Teacher, 1978
Students spent two months designing and building model solar homes. During this time, they learned about science, geology, architecture, landscaping, and interior decorating. This article describes and illustrates their work. (MA)
Descriptors: Controlled Environment, Energy Conservation, Environmental Education, Interdisciplinary Approach

Nolan, William T. – Science Teacher, 1977
Sample problems concerning energy consumption and conservation with air conditioners, electric ranges, refrigerators and televisions are provided. The energy efficiency ratio (EER) is also discussed. (CP)
Descriptors: Consumer Education, Electricity, Energy Conservation, Fuel Consumption

Solomon, Joan – Social Studies of Science, 1985
Describes a three-year research project which explored how far, and in what ways, ninth-grade boys and girls can use the scientific knowledge they have gained in school when considering the energy predicament. External and personal factors influencing students' concern over the energy crisis are addressed. (JN)
Descriptors: Conservation (Environment), Energy, Energy Conservation, Energy Education

Kwasnoski, John – Science Teacher, 1983
An apparatus simulating residential thermostat control was developed to test claim that lowering house thermostats saves energy and to give students a better understanding of how thermostats work. The apparatus (includes diagram of same) and student activity are described. (JN)
Descriptors: Conservation Education, Electronic Equipment, Energy Conservation, Environmental Education

Bartlett, Albert A. – Journal of Geological Education, 1980
Examines what is believed to be the forgotten fundamental of the energy crisis, the elementary arithmetic of growth. The arithmetic is applied to what is known about the reserves of fossil fuels. A large number of erroneous pronouncements from public figures and news media are collected here. (SA)
Descriptors: Arithmetic, Energy Conservation, Environmental Education, Geology
Grant, Arthur E., Jr. – Man/Society/Technology, 1980
Examining the role industrial arts should play in environmental education, this article describes (1) school projects related to environmental education, (2) industrial pollution, and (3) reference materials available in the area of environmental education. (LRA)
Descriptors: Air Pollution, Conservation (Environment), Energy Conservation, Environmental Education