Comprehension II An ideal gas \( \left(C_{\mathrm{P}} / C_{\mathrm{v}}=\gamma\right) \) is expan...
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Comprehension II
An ideal gas \( \left(C_{\mathrm{P}} / C_{\mathrm{v}}=\gamma\right) \) is expanded so that the amount of heat transferred to the gas is equal to the decrease in its internal energy.
What is the relation between \( T \) and \( V \) of gas in this process?
(a) \( T \cdot V^{2(\gamma-1)}= \) Constant
(b) \( T \cdot V^{\gamma-1}= \) Constant
(c) \( T \cdot V^{(\gamma-1) / 2}= \) Constant
(d) \( T \cdot V^{\gamma}= \) Constant
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