A vessel contains `1` mole of `O_(2)` and `1` mole of He. The value of `gamma` of the mixture is

Calculate the value of gamma=(C_P)/(C_V) for a gaseous mixture consisting of n_1=2 moles of O_2 and n_2=3 moles of CO_2 . The gases are assumed to be ideal. (b) Inside a container one mole of He and n moles of H_2 . The average value of gamma for gaseous mixture is (19)/(13) . Find n . Also find speed of sound in gaseous mixture at temperautre 27^@C

At 127°C and latm pressure, a mixture of a gas contains 0.3 mole of N_(2) , 0.2 mole of O_(2) The volume of the mixture is

At 127°C and l atm pressure, a mixture of a gas contains 0.3 mole of N_(2) , 0.2 mole of O_(2) The volume of the mixture is

A vessel contains 0.1 mol e of He, 0.1 mole of O_(2) and 0.3 mole of N_(2) . The total pressure is 1 atomosphere. The pressure exerted by O_(2) is

At 127^(0)C and 1 atm pressure, a mixture of a gas contains 0.3 moles of N_(2),0.2 moles of O_(2) ,the volume of the mixture is ( in L )

A vessel contains 1 mole of O_(2) gas (molar mass 32) at a temperature T. The preesure of the gas is p. An identical vessel containing one mole of He gas (molar mass 4) at temperatuer 2T has a pressure of