Published July 5, 2015
| Version 10002170
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Combining Laws of Mechanics and Hydrostatics in Non-Inertial Reference Frames
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Description
Method of combined teaching laws of classical
mechanics and hydrostatics in non-inertial reference frames for
undergraduate students is proposed. Pressure distribution in a liquid
(or gas) moving with acceleration is considered. Combined effect of
hydrostatic force and force of inertia on a body immersed in a liquid
can lead to paradoxical results, in a motion of pendulum in particular.
The body motion under Stokes force influence and forces in rotating
reference frames are investigated as well. Problems and difficulties in
student perceptions are analyzed.
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References
- Aleshkevich C., Didenko L., Karavaev C., Rigid Body Mechanics, The lectures. Publishing house of Physical faculty of Moscow state University, pp. 28 – 34, 1997.
- Berkeley Physics Course, vol.1, Mechanics (2nd ed.), pp. 102 – 113, 1973.
- Shapiro I. L., de Berredo-Peixoto Guilherme, Lecture Notes on Newtonian Mechanics, Lessons from modern concepts, Springer, pp. 64 – 65, 2013.
- Ryder P, Classical Mechanics, Shaker Verlag, pp. 78 – 85, 2007.
- Einstein A. The Cause of the Formation of Meanders in the Courses of Rivers and of the So-Called Baer's Law, Die Naturwissenschaften, 14 (11), pp. 223 – 224, 1926.
- http://io9.com/prepare-to-have-your-mind-blown-by-a-balloon-and-amini- 1565303363.