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Dittrich, William; Drosd, Robert; Minkin, Leonid; Shapovalov, Alexander S. – Physics Teacher, 2016
The second law of thermodynamics has various formulations. There is the "Clausius formulation," which can be stated in a very intuitive way: "No process is possible whose sole result is the transfer of heat from a cooler to a hotter body." There is also the "Kelvin-Plank principle," which states that "no cyclic…
Descriptors: Scientific Concepts, Laboratory Experiments, Thermodynamics, Heat
Lasby, B.; O'Meara, J. M.; Williams, M. – Physics Teacher, 2014
This is a classic classroom demonstration of resonance, nodes, anti-nodes, and standing waves that has been described elsewhere. The modern age twist that we are advocating is the coupling of this classic demo with free (or relatively inexpensive) sound analysis software, thereby allowing for quantitative analysis of resonance while experimenting…
Descriptors: Acoustics, Class Activities, Science Experiments, Computer Simulation
Rohr, Jim; Lopez, Veronica; Rohr, Tyler – Physics Teacher, 2014
While observing the bounce heights of various kinds of sports balls dropped from different heights onto a variety of surfaces, we thought of the following question: Could measurements of drop and bounce heights of balls of different diameters, but of the same material, falling from different heights, but on the same surface, be expressed by a…
Descriptors: Reflection, Mathematical Formulas, Class Activities, Science Experiments
Peer reviewedJones, Brian – Physics Teacher, 1993
Presents a laboratory exercise to reinforce the concepts of conductivity and resistance. Students measure resistance over rolled out Play-Doh of differing lengths and widths using the four-point resistance measurement method. (MDH)
Descriptors: Class Activities, Electricity, High Schools, Learning Activities

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