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What Works Clearinghouse Rating
Peer reviewed
Technology Teacher, 1990
Presents learning activities for occupations in construction technology, designing a beam, and simple machines. (JOW)
Descriptors: Construction (Process), Construction Industry, Learning Activities, Mechanics (Physics)
Parsons, Ralph
This vocational physics individualized student instructional module on jacks (simple machines used to lift heavy objects) contains student prerequisites and objectives, an introduction, and sections on the ratchet bumper jack, the hydraulic jack, the screw jack, and load limitations. Designed with a laboratory orientation, each section consists of…
Descriptors: Individualized Instruction, Instructional Materials, Laboratory Experiments, Laboratory Manuals
2000
All kids know the word "work." But they probably don't understand that work happens whenever a force is used to move something--whether it's lifting a heavy object or playing on a see-saw. All About Simple Machines introduces kids to the concepts of forces, work and how machines are used to make work easier. Six simple machines are…
Descriptors: Demonstrations (Science), Early Childhood Education, Elementary Education, Force
Linabary, Jasmine R.; Long, Ziyu; Mouton, Ashton; Rao, Ranjani L.; Buzzanell, Patrice M. – Communication Teacher, 2016
Systems theory has been a staple in organizational communication textbooks since the field's inception (Miller, 2015; Poole, 2014). Nevertheless, the authors' classroom experiences have revealed that systems theory may not seem applicable to students due to its complicated nature. While examples and cases can help students make sense of the…
Descriptors: Organizational Communication, Teaching Methods, Systems Approach, Learning Activities
Peer reviewed
Moody, John C. – Hoosier Science Teacher, 1994
Describes a student project to build a car powered by the energy in a mousetrap as part of a unit on simple machines. (PR)
Descriptors: Elementary Secondary Education, High Schools, Learning Activities, Physics
Peer reviewed
Mathias, Lon J. – Journal of Chemical Education, 1987
This experiment/demonstration provides elementary through high school science students with hands-on experience with polymer entropy. Construction of a simple machine for converting light into mechanical energy is described. (RH)
Descriptors: Chemistry, Elementary School Science, Physics, Science Activities
Peer reviewed
Grillo, John P.; Gensler, Philip J. – AEDS Journal, 1975
Describes an interactive simulated hypothetical instructional computer that significantly improves the student's understanding of how a computer works and how high-level language constraints are handled by essentially simple machines. (Author/IRT)
Descriptors: Computer Assisted Instruction, Computer Science Education, Higher Education, Man Machine Systems
Kraft, Susan; Poynor, Leslie – Science and Children, 2004
Recently one of the authors challenged her third-grade students to use their imagination and travel with her to Egypt. As they were exploring the Great Pyramid, she encouraged the students to speculate how ancient people could have built such a massive structure without the sophisticated machinery they have at our disposal today. This article…
Descriptors: Foreign Countries, Science Education, Teaching Methods, Grade 3
Peer reviewed
Dean, Peter G. – Mathematics in School, 1975
The system of International Standard Book Numbers uses a check code based on modular arithmetic. This system, the use of a simple machine to compute check digits, and related classroom activities are described. (SD)
Descriptors: Curriculum, Elementary Secondary Education, Instruction, Learning Activities
Peer reviewed
Gilbert, Charles D.; Mortenson, W. Paul – School Science and Mathematics, 1973
Describes investigation designed to determine if differences in socio-economic level and sex affect the development of strategies used by first grade students in attempting to solve a scientific problem involving simple machines. (JR)
Descriptors: Behavior, Educational Research, Elementary School Science, Grade 1
PDF pending restoration
Pasco County Schools, Dade City, FL. – 1976
This booklet is one of a set of learning modules on energy for use by students and teachers in the fourth grade. This module defines energy and examines simple machines. Laboratory activities and a values exercise are included. (BT)
Descriptors: Curriculum Development, Elementary Education, Energy, Energy Conservation
Tucknott, Joan M.; Yore, Larry D. – 1999
This paper explores the effects of infusing writing-to-learn strategies into an inquiry-oriented science unit on simple machines, inventions and inventors. This study used an intact group pretest and posttest design to capture the ecological validity of a classroom of grade 4 students and teacher. The design incorporated quantitative research…
Descriptors: Comprehension, Constructivism (Learning), Foreign Countries, Grade 4
Roberts, Edward J. – Man/Society/Technology, 1973
In power technology classes students select a power source, energy converter, simple machine, or method of transportation used before 1900. They then construct a model that is representative of the area they choose and prepare a report on it. (MS)
Descriptors: Anthropology, History, Industrial Arts, Technology
Peer reviewed
Lind, Karen; Milburn, Mary Jo – Science and Children, 1988
Describes learning experiences for preschool and primary age children involving simple machines. Discusses how toys give children an opportunity to explore and understand the technical aspects of our world. Surveys a variety of commercially produced toys to help children explore friction and motion. (CW)
Descriptors: Childrens Games, Early Childhood Education, Elementary Education, Elementary School Science
Peer reviewed
Chiappetta, Eugene L. – Science Teacher, 1987
Explains how the muscle and bone arrangement of the human body can be used in teaching the principles of simple machines. Presents an activity that investigates the lever system of the forearm. Includes background information on levers and suggests questions for classroom discussion. (ML)
Descriptors: Human Body, Integrated Activities, Physical Sciences, Science Activities