Consider a classical harmonic oscillator in thermal equilibrium at a temperature T. If the spring constant is changed to twice its value isothermally, then the amount of work done on the system is In 2 (a) k Tln 2 (b) k T- (c) 2kgT In 2 (d) -k Tln 2
Consider a classical harmonic oscillator in thermal equilibrium at a temperature T. If the spring constant is changed to twice its value isothermally, then the amount of work done on the system is In 2 (a) k Tln 2 (b) k T- (c) 2kgT In 2 (d) -k Tln 2
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Transcribed Image Text:Consider a classical harmonic oscillator in thermal equilibrium at a temperature T. If the
spring constant is changed to twice its value isothermally, then the amount of work done on
the system is
In 2
(a) kBT In 2
(b) kBT
(c) 2kgT In 2
(d) -k Tln 2
B
2
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