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By looking at everyday devices such as refrigerators and cars shows how the basic laws of thermodynamics apply to all machines. Demonstrates the differences between the adiabatic and isothermal changes and...
Discussion by Professor D H Everett, and Professor F C Frank, University of Bristol, Professor D R Wilkie, University College, London, and Dr J M Gregory, Winchester College.
Defines thermodynamic cycles. Revises the first law and uses the Planck and Clausius statements of the second law to illustrate heat engines and heat pumps.
About thermodynamics and the irreversibility of time. Deals with Kelvin’s attempts to establish scientifically the age of the earth. Shows the importance of steam power to 19th-century science and...
Deals with some of the most important ideas in thermodynamics. Explains the thermodynamic efficiency of both the Carnot cycle and the Stirling cycle and shows development of Stirling engines in practice at...
Thermodynamics (8 modules): heat, work, energy, steady flow energy, steam, gas laws, applications.
A tutorial looking at some 25 common physics problems in areas including mechanics, thermodynamics, electricity and magnetism, optics and modern physics. The problems are taken from Crummett and Western’s...
A program that allows the user to investigate the relationship between binding strength, concentration, and the fraction of protein bound to ligand by simiulating the interaction between ligands and...
Computer simulation resourceware designed to allow students to explore the thermodynamics associated with gaseous equilibria. Approximately two hours of teaching material, intended for use in a tutorial or...
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