An ideal gas having initial pressure P, volume V and temperature T is allowed to expands adiabatically until its volume becomes 5.66V while its temperature falls to T/2.
(i) How many degrees of freedom do the gas molecules have?
Obtain the work done by the gas during the expansion as a function of the initial pressure P and volume V.

An ideal gas having initial pressure p, volume V and temperature T is allowed to expand adiabatically until its volume becomes 5.66V, while its temperature falls to T//2 . (a) How many degrees of freedom do the gas molecules have? (b) Obtain the work done by the gas during the expansion as a function of the initial pressure p and volume V. Given that (5.66)^0.4=2

A gas expands adiabatically and its volume doubles while its absolute temperature drops 1.32 times. What number of degrees of freedom do the gas molecules have ?

An ideal gas has initial volume V and pressure P . To triple it a volume the minimum work done will be in

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