A.3.2 cal/g atom
B.6.2 cal/g atom
C.5.2 cal/g atom
D.1.4 cal/g atom
Related Mcqs:
- The atomic heat capacities of all solid elements
- At low pressure the molal heat capacity of an ideal monoatomic gas at constant-volume is equal to
- The ratio of specific heats of a gas is 1.4 and the value of specific heat at constant pressure is 7.0 cal/mole ?C. The difference between specific heat at constant presure and specific heat at constant volume will be
- At low pressure the molal heat capacity at constant-pressure (Cp) of an ideal monoatmic gas is equal to
- The heat capacities for the ideal-gas state are
- In a closed system, the change in enthalpy will be equal to the heat transferred when a reversible process takes place at constant
- The two specific heats at constant pressure and at constant volume are equal at
- The rate of heat flow between a solid wall and a fluid (in contact with a solid wall) is given by
- The amount of heat evolved or absorbed when one mole of any compound is formed from its elements is called
- The change in temperature resulting from a gas expanding from one constant pressure, with no heat transfer and no external work other than to maintain the constant pressure is known as
