For a gas, `C_(P)-C_(V)=5000J//kg" "K`, if the ratio of principal specific heat is 1.5, then `C_(P)` in J/kg K will be

The difference between the principal specific heats of a gas is 300J/kg K and the ratio of its specific heats (C_(p)/C_(v)) is 1.4. Then the value of C_(p) expressed in J/kg K is

If the difference between the two specific heats of triatomic gas is 500 J/kg K. then the principal specific heat of a gas constant pressure c_(p) in J/kg K. (gamma=4//3)

If the difference the two specific heats of triatomic gas is 500 J/ kg K. then the principal specific heat of a gas constant volume c_(v) in J/kg K. (gamma=4//3)

J// Kg ^@C is the unit of specific heat capacity.

The difference between the specific heat is 600 J/kg K. the ratio of their specific heats is 1.6. the value of c_(p) is . . ..J/kg K.

If the difference between the principal specific heats of nitrogen is 300 J/kg K and ratio of specific heat is 1.4 then c_(v) will be

The difference between the two specific heat capacities (at constant pressure and volume) of a gas is 5000 J kg^(-1) K^(-1) and the ratio of these specific heat capacities, i.e., C_(V) and C_(P) is 1.6. Then C_(V) and C_(P)

If the difference between the principal specific heat of nitrogen is 300 J/kg ^@ K and ratio of specific heat is 1.4 then c_v will be