A.1.4
B.1.7
C.1/1.4
D.2
E.5
Related Mcqs:
- The two specific heats at constant pressure and at constant volume are equal at
- The difference between two specific heats of a gas is equal to universal gas constant
- The difference between two specific heats of a gas is equal to universal constant when
- If the two specific heats of a gas are 0.237 and 0.169 respectively, the volume of 3 kg of air at 27?C under a pressure of 3 ata would be
- For an isentropic process the exponent n in the relation PVn = constant has the value of where ? = ratio of specific heats
- For reversible isobaric process the exponent n in the relation PVn = constant has the value of where ? = ratio of specific heats
- For a reversible isothermal process the exponent n in the relation PVn = constant has the value of where ? = ratio of specific heats
- The specific heat at constant volume of solids obeys Deby’s T3 law
- At the critical temperature and pressure the specific heat of a gas at constant-pressure (Cp)
- Above atmospheric pressure the specific heat of a gas at constant pressure (Cp)
