The specific heats of argon at constant pressure and constant volume are `525 J//kg` and `315 J//kg`, respectively. Its density at `NTP` will be\

The specific heats of a gas at a constant pressure and at constant volume are 0.20 and 0.15 cal/g/K respectively. Calculate its density at N.T.P.

The principal specific heat of hydrogen gas at constant pressure and at constant volume are 3400 cal/kg^@ K and 2400 cal/kg ^@K respectively. Then the value of J will be (R= 8300 J/kmol ^@K, mol wt of H_2 = 2)

Why the specific heat at constant pressure is more than that at constant volume ?

The principal specific heat of hydrogen gas at constant pressure and at constant volume are 3400 cal/kg .^(K) and 2400 cal/kg .^(@)K respectively. Then the value of J will be (R=8300 J/kmol K, mol wt of H_(2)=2 )

Specific heats of Nitrogen at constant pressure and at constant volume are 0.216 and 0.175 cal/mol/K respectively.Given R = 8.31 J/mol K. Calculate the mechanical equivalent of heat.

Write definitions of molar specific heat at constant pressure and constant volume.

Define specific heat of a gas at constant volume and that at constant pressure.

The specific heat capacity of hydrogen at constant'pressure and constant volume are 14280 J kg ^(-1) K ^(-1) and 10110 J kg ^(-1) K ^(-1) respectively. Calculate the value of the universal gas constant.

Show that the specific heat of a gas at constant pressure is greater than that at constant volume.

C_(v) and C_(p) denote the molar specific heat capacities of a gas at constant volume and constant volume and constant pressure, respectively. Then,