Abstract
An historical analysis of the work concept with particular emphasis given to the contributions of John Smeaton and Daniel Bernouilli is provided with a view to enlightening or resolving current difficulties experienced in the teaching and learning of the concept of work and its relationship to kinetic and potential energies. An approach which emphasises the work done by both applied and resisting forces and which gives some technological significance to the (force x distance) definition of work is recommended.
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REFERENCES
Arons, A.B.: 1990, A Guide To Introductory Physics Teaching, John Wiley, New York.
Atkins, P.W.: 1994, Physical Chemistry — 5th edition, Oxford University Press, Oxford.
Barrow, G. M.: 1988, 'Thermodynamics Should Be Built on Energy-Not on Heat and Work', Journal of Chemical Education 65, 122-125.
Bernouilli, D.: 1738, Hydrodynamics, Johann Reinhold Dulsecker, Strassburg. Translated by T. Carmody and H. Kobus, Dover, New York, 1968.
Canagaratna, S.G.: 1978, 'Critique of the Treatment of Work', American Journal of Physics 46, 1241-1244.
Cardwell, D.S.L.: 1967, 'Some Factors in the Early Development of the Concepts of Power, Work and Energy', The British Journal for the History of Science 3, 209-224.
Carr, M. & Kirkwood, V.: 1988, 'Teaching and Learning about Energy in New Zealand Secondary School Junior Science Classrooms', Physics Education 23, 86-91.
de Berg, K.C.: 1992, 'Students' Thinking in Relation to Pressure-Volume Changes of a Fixed Amount of Air: The Semiquantitative Context', International Journal of Science Education 14, 295-303.
Driver, R. & Warrington, L.: 1985, 'Students' Use of the Principle of Energy Conservation in Problem Situations', Physics Education 20, 171-176.
Duit, R.: 1981, 'Understanding Energy as a Conserved Quantity — Remarks on the Article by R.U. Sexl', European Journal of Science Education 3, 291-301.
Everett, J.D.: 1900, Elementary Textbook of Physics, Blackie & Son, London.
Fenn, J.B.: 1982, Engines, Energy, and Entropy. A Thermodynamics Primer, W.H. Freeman, San Francisco.
Gislason, E.A. & Craig, N.C.: 1987, 'General Definitions of Work and Heat in Thermodynamic Processes', Journal of Chemical Education 64, 660-668.
Huygens, C.: 1693, Oeuvres Complètes 18, 554.
Lawson, R.A. & McDermott, L.C.: 1987, 'Student Understanding of the Work-Energy and Impulse-Momentum Theorems', American Journal of Physics 55, 811-817.
McDermott, L.C.: 1984, 'An Overview of Research on Conceptual Understanding in Mechanics', Physics Today 22-32.
Moore, W.J.: 1972, Physical Chemistry — 5th Edition, Longman, London.
Reif, F.: 1983, 'How Can Chemists Teach Problem Solving?', Journal of Chemical Education 60, 948-953.
Sexl, R.U.: 1981, 'Some Observations Concerning the Teaching of the Energy Concept', European Journal of Science Education 3, 285-289.
Smeaton, J.: 1759, 'An Experimental Enquiry Concerning the Natural Powers of Water and Wind to Turn Mills, and Other Machines, Depending on a Circular Motion', Philosophical Transactions 51, 100-138.
Smeaton, J.: 1776, 'An Experimental Examination of the Quantity and Proportion of Mechanic Power Necessary to Be Employed in Giving Different Degrees of Velocity to Heavy Bodies from a State of Rest', Philosophical Transactions 66, 450-475.
Smith, C.: 1978, 'A New Chart for British Natural Philosophy: The Development of Energy Physics in the Nineteenth Century', History of Science 16, 231-279.
Trumper, R.: 1991, 'Being Constructive: An Alternative Approach to the Teaching of the Energy Concept — Part Two', International Journal of Science Education 13, 1-10.
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De Berg, K.C. The Development of the Concept of Work: A Case where History Can Inform Pedagogy. Science & Education 6, 511–527 (1997). https://doi.org/10.1023/A:1008642713225
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DOI: https://doi.org/10.1023/A:1008642713225