`1 mol` of `NH_(3)` gas at `27^(@)C` is expanded under adiabatic condition to make volume `8` times `(gamma=1.33)`. Final temperature and work done, respectively, are

1 mole of NH_3 gas at 27^@C is expanded in reversible adiabatic condition to make volume 8 times ( gamma =1.33 ). Fimal temperature and work done respectively are

0.5 mole of SO_2 gas at 27^@C is expanded in reversible adiabatic condition to make volume 8 times.Final temperature (in K) and work done by gas (in Cal) respectively are x and y.Report your answer as y/x . (Take ideal behaviour of gas, R=2 Cal/K mol and 2^(1.2)=2.3 )

1 mole of CO_(2) gas as at 300 K is expanded under reversible adiabatic condition such that its volume becomes 27 times.

1 mole of CO_(2) gas at 300K is expanded under reversible adiabatic condition such that its volume becomes 27 times. (a) What is the final temperature ? , (b) What is work done ?

1 mole of CO_(2) gas at 300K is expanded under reversible adiabatic condition such that its volume becomes 27 times. (a) What is the final temperature ? , (b) What is work done ?

1L of NH_(3) " at " 27^(@)C is expanded adiabatically to x litres and final temperature is -123^(@)C . What is the value of x?