An ideal gas having initial pressure P, volume V and temperature T is – InterviewSolution

1.	An ideal gas having initial pressure P, volume V and temperature T is allowed to expand reversibly and adiabatically until its volume becomes 5.66 V, while its temperature decreases to T2. Work done by the gas during expansion is given by W=−X PV. Find the value of X. (given (5.66)0.4=2) Report the answer upto two decimals
Answer» An ideal gas having initial pressure P, volume V and temperature T is allowed to expand reversibly and adiabatically until its volume becomes 5.66 V, while its temperature decreases to $\frac{T}{2}$ . Work done by the gas during expansion is given by $W = - X P V$ . Find the value of $X$ . (given $(5.66)^{0.4} = 2$ ) Report the answer upto two decimals

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