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Silver, Marty – 1998
Young children learn best in nearby natural places, where they can use their senses to experience the pleasures of real discovery. This paper introduces outdoor activities for young children that will help them learn about nature. The activities encourage hands-on discovery based in careful, accurate sensory observation, keyed to the common…
Descriptors: Conservation Education, Discovery Learning, Environmental Education, Experiential Learning
Rolls, Judith A. – 1998
This report provides culture-specific information about Cape Breton Island in the province of Nova Scotia, Canada, and describes a communication skills training model that complements its cultural foundation. Data in the report are based on the researcher's experience, on interviews with several trainers and directors of training, and on the…
Descriptors: Adult Education, Communication Skills, Cultural Context, Experiential Learning
Joiner, Paul D.; Wicks, Raymond E. – Arkansas Social Studies Teacher, 1982
The document describes how high school social studies teachers can replace existing traditional classroom activities with an archaeology field experience. The objectives are to relate the social and physical sciences and to provide evidence not only of spectacular historical events, but also of the daily lives of ordinary people. Although an…
Descriptors: Ancient History, Archaeology, Experiential Learning, Field Instruction
Peer reviewedOrdman, Edward T. – Arithmetic Teacher, 1975
A method of building mazes with exactly one solution is described. (SD)
Descriptors: Elementary Education, Elementary School Mathematics, Experiential Learning, Instruction
Peer reviewedBranca, Nicholas A. – Australian Mathematics Teacher, 1974
Teachers were assigned to experimental groups to learn a mathematical structure in a game playing situation. Those using patterns to learn the structure were generally successful while those relying on memory were not. (SD)
Descriptors: Experiential Learning, Games, Higher Education, Learning
Peer reviewedWalker, Richard – Mathematics in School, 1975
Many geometric principles can be discovered or illustrated using toothpicks in conjunction with two longer straightedges. (SD)
Descriptors: Experiential Learning, Geometric Concepts, Geometry, Instruction
Peer reviewedFisher, John W. – Arithmetic Teacher, 1975
Mathematical concepts can be learned from games played with a standard deck of cards. New decks based on equivalent suits of fractions or decimals can also be created and adapted to any card games the students may wish to play. A deci-deck is an example. (Author/KM)
Descriptors: Decimal Fractions, Elementary Education, Elementary School Mathematics, Experiential Learning
Saka, Ahmet Zeki; Saka, Arzu – Turkish Online Journal of Educational Technology - TOJET, 2004
The aim of this study is to develop a new approach to help both 4th year students and 1st year students to get the utmost benefit from application activities. This new approach will provide 4th year students with an experience of teaching practice and also preparation of 1st student teachers to teaching practice process before they start their…
Descriptors: College Students, Preservice Teachers, Teaching Skills, Experiential Learning
Peer reviewedReys, Robert E.; Post, Thomas R. – School Science and Mathematics, 1974
Descriptors: Curriculum, Experiential Learning, Instruction, Laboratories
Peer reviewedForseth, Sonia; Troutman, Andria Price – School Science and Mathematics, 1974
Descriptors: Design, Elementary School Mathematics, Experiential Learning, Instruction
Peer reviewedHawkins, Vincent J. – School Science and Mathematics, 1974
Descriptors: Experiential Learning, Geometric Concepts, Geometry, Instruction
Peer reviewedBrumbaugh, Douglas K.; Hynes, Michael C. – School Science and Mathematics, 1974
Students calculated the potential speed of a 10-speed bicycle when operated in different gears from measured tire circumference and observed number of revolutions per minute. They then tested the bicycle's speed and compared achieved and theoretical speeds. Hypotheses to explain differences are solicited. (SD)
Descriptors: Experiential Learning, Instruction, Laboratories, Mathematical Applications
Peer reviewedKing, Irv – Mathematics Teacher, 1974
Descriptors: Experiential Learning, Instruction, Integers, Mathematical Enrichment
Long, Christopher E.; Holland, Charles E.; Gatzke, Edward P. – Chemical Engineering Education, 2006
In process control education, particularly in the field of chemical engineering, there is an inherent need for industrially relevant hands-on apparatuses that enable one to bridge the gap between the theoretical content of coursework and real-world applications. At the University of South Carolina, two experimental air-pressure tank systems have…
Descriptors: Chemical Engineering, Scientific Concepts, Experiential Learning, Theory Practice Relationship
Hauser, Jerald – 1989
This paper advances the thesis that high level thinking in classrooms happens when students become conscious of experience and knowledge realities and decide to pursue them flexibly and creatively. The specific research focuses on the author's conviction that effective stimulators of student reflection will accommodate knowledge encounters that…
Descriptors: Cognitive Development, Concept Formation, Epistemology, Experiential Learning

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