For a gas if `gamma=1.4` , then atomically, `C_p` and `C_v` of the gas are respectively

For an ideal gas, 'C_p' and 'C_v' are related as

Two moles on ideal gas with gamma=5/3 is mixed with 3 moles of another ideal non reacting gas with gamma=7/5 .The value of (C_p)/(C_v) for the gasous mixture is closer to :

Two moles on ideal gas with gamma=5/3 is mixed with 3 moles of another ideal non reacting gas with gamma=7/5 .The value of (C_p)/(C_v) for the gasous mixture is closer to :

Ratio of C_(p) and C_(v) of a gas X is 1.4, the number of atom of the gas 'X' present in 11.2 litres of it at NTP will be

Ratio of C_(p) and C_(v) of a gas X is 1.4, the number of atom of the gas 'X' present in 11.2 litres of it at NTP will be

The molar specific heat of an ideal gas at constant pressure and constant volume is C_(p) and C_(v) respectively. If R is the universal gas constant and the ratio of C_(p) to C_(v) is gamma , then C_(v) .

The molar specific heat of an ideal gas at constant pressure and constant volume is C_(p) and C_(v) respectively. If R is the universal gas constant and the ratio of C_(p) to C_(v) is gamma , then C_(v) .

Ratio of C_(p) and C_(v) of a gas 'X' is 1.4 . The number of atoms of the gas 'X' presents in 11.2 "litres" of it a NTP is

What is the value of gamma=C_p/C_v , if the gas has f degrees of freedom?