An ideal gas at pressure `4 xx 10^(5)Pa` and temperature `400K` occupies `100cc`.
An ideal gas at pressure `4 xx 10^(5)Pa` and temperature `400K` occupies `100cc`. It is adiabatically expanded to double of its original volume. Calculate (a) the final pressure (b) final temperature and (c ) work done by the gas in the process `(gamma = 1.5)`
An ideal gas at pressure `4 xx 10^(5)Pa` and temperature `400K` occupies `100cc`. It is adiabatically expanded to double of its original volume. Calculate (a) the final pressure (b) final temperature and (c ) work done by the gas in the process `(gamma = 1.5)`