Show that the frequency of small oscillations about the equilibrium position (using isentropic relations) is: P,A 27 L where L is the height of the cylinder and Wis the weight on the piston. Compare this result with the frequency of a simple pendulum. Justify the use of the isentropic relations
Show that the frequency of small oscillations about the equilibrium position (using isentropic relations) is: P,A 27 L where L is the height of the cylinder and Wis the weight on the piston. Compare this result with the frequency of a simple pendulum. Justify the use of the isentropic relations
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Transcribed Image Text:d. Show that the frequency of small oscillations about the equilibrium position (using isentropic
relations) is:
1 ( 18
n =
27 L
(P,A
W
where L is the height of the cylinder and W is the weight on the piston. Compare this result with
the frequency of a simple pendulum. Justify the use of the isentropic relations
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