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Showing 76 to 90 of 144 results Save | Export
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Ernst, Walter R. – Physics Teacher, 1975
Details construction of an electric car from salvage parts for about $1000. Lists experiments performed and offers suggestions in future electric car construction. (CP)
Descriptors: Auto Mechanics, College Science, Electricity, Higher Education
Bowling Green Independent School District, KY. – 1978
The document contains consumer and career education curriculum guides for elementary and secondary teachers of handicapped children. Various units are grouped into the following disability categories: primary, intermediate, and secondary educable mentally handicapped; trainable mentally handicapped; emotionally disturbed; physically handicapped;…
Descriptors: Career Awareness, Career Education, Consumer Education, Curriculum Guides
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Rutherford, Sandra; Wylo, Bonnie – Science Teacher, 2004
Building and racing mousetrap cars is a common activity in many eighth- and ninth-grade physical science classrooms. However, once students have raced their cars, most mousetrap assignments come to an end. In this article, the authors developed a project to help teachers get more mileage out of mousetrap cars. The Mousetrap Car Project addresses…
Descriptors: Motor Vehicles, Science Education, Physics, Grade 8
Mattatuck Community Coll., Waterbury, CT. – 1990
This document contains a developmental curriculum plan for an articulated curriculum in automotive mechanics for Connecticut's Mattatuck Community College and area high schools. The curriculum guide includes a course description, criteria for evaluation, attendance policy, objectives, a curriculum outline, a three-part automotive technician test,…
Descriptors: Articulation (Education), Auto Mechanics, Community Colleges, Developmental Studies Programs
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Irwin, Jack; Swinson, Derek – Physics Teacher, 1990
Detailed are the construction of a demonstration car, apparatus and procedures used in the demonstration, and the analysis of the effects of car braking. The cases of rear-wheel and front-wheel braking are considered. (CW)
Descriptors: College Science, Demonstrations (Educational), Higher Education, Laboratory Procedures
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Roberts, Ed; Gonzalez-Espada, Wilson J. – Tech Directions, 2006
The current paradigm in science education calls for greater emphasis on guiding students in active and extended scientific inquiry. This is supported by research suggesting that using a hands-on approach to learning fosters ownership in the learning process and allows students to gain greater appreciation for the design and implementation of…
Descriptors: Motor Vehicles, Science Projects, Physics, Science Education
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Malmskold, Lennart; Ortengren, Roland; Carlson, Blair E.; Nylen, Per – Journal of Educational Technology Systems, 2007
This article describes two studies conducted to compare assembly performance and learning rate between computer based training and traditional training of skilled assembly operators. The studies were performed with pre-series production parts from a car cockpit and they were integrated as part of the overall training activities during a new…
Descriptors: Comparative Analysis, Computer Assisted Instruction, Skilled Occupations, Auto Mechanics
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Worner, C. H.; Romero, S.; Romero, A. – Physics Teacher, 1999
Addresses the relationship between car speed and the safe distance between cars in a linear flow of traffic. (WRM)
Descriptors: Acceleration (Physics), Higher Education, Kinetics, Mechanics (Physics)
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Ball, Penny L.; And Others – American Journal of Physics, 1974
Describes an interesting, inexpensive, and highly motivating experiment to study uniform and accelerated motion by measuring the position of a car as it crashes into a rigid wall. Data are obtained from a sequence of pictures made by a high speed camera. (Author/SLH)
Descriptors: College Science, Instructional Materials, Kinetics, Laboratory Experiments
Ontario Ministry of Skills Development, Toronto. – 1991
These training standards for motorcycle mechanics are intended to be used by apprentice/trainees, instructors, and companies in Ontario, Canada, as a blueprint for training or as a prerequisite for accreditation/certification. The training standards identify skills required for this occupation and its related training program. They are designed…
Descriptors: Apprenticeships, Auto Mechanics, Behavioral Objectives, Certification
Lund, J. Preston – American Vocational Journal, 1977
Describes the Fluid Power Technology Program at the Hennepin Technical Center in suburban Minneapolis (Minnesota), where students designed a prototype car which they believe will get 75 miles per gallon and cruise at 70 miles per hour. (HD)
Descriptors: Competency Based Education, Demonstration Programs, Energy Conservation, Fluid Mechanics
2001
This paper reports on the status of collaboration and cooperation in the Canadian automotive industry, specifically between the Canadian Association of Motive Power Educators (CAMPE) and the Canadian Automotive Repair and Service (CARS) Council. Together, these two organizations aim to address many of the core labor market issues that have plagued…
Descriptors: Auto Body Repairers, Auto Mechanics, Community Colleges, Cooperation
National Highway Traffic Safety Administration (DOT), Washington, DC. – 1975
Primarily intended for the deaf or hard of hearing driver, this booklet contains many tips useful to all drivers. It is divided into two sections: Signs of Car Trouble and What to Do, and Safe Driving Tips and Special Situations. The rationale for section 1 is that a hearing driver can often tell that his car is not running properly or that some…
Descriptors: Deafness, Driver Education, Guidelines, Mechanics (Process)
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Meyer, Edwin F., III – Physics Teacher, 1994
Discusses the application of the rule of allowing the car in front to have a two-second lead. Notes that as speed doubles, stopping distances increase by four. Provides a table of stopping distances including reaction distance, braking distance, total stopping distance, and two-second rule distance. (MVL)
Descriptors: Acceleration (Physics), Driver Education, Mechanics (Physics), Motion
Peters, Basil – New Univ, 1970
Descriptors: Auto Mechanics, Engineering Technology, Motor Vehicles
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