Can we define specific heat capacity at constant temperature?

Can we define specific heat capacity at constant for an adiabatic process?

Specific heat capacity of water is

The specific heat capacity of water is :

A mass m_1 of a substance of specific heat capacity c_1 at temperature t_1 is mixed with a mass m_2 of other substance of specific heat capacity c_2 at a lower temperature t_2 . Deduce the expression for the temperature t of the mixture. State the assumption made, if any.

If the ratio of principal specific heat capacities of a certain gas is 1:4 and its density at STP is 0.09 kgm^(-3) calculate the values of specific heat capacity at constant pressure and constant volume. [Standard atmospheric pressure =1.01 xx 10 ^(5) Nm ^(-2)

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)

The ratio (C_p)/(C_v)=gamma for a gas. Its molecular weight is M. Its specific heat capacity at constant pressure is

Which one of the following graphs represents variation of specific heat capacity of water with temperature?

Which one of the following substances has highest specific heat capacity at room temperature and atmospheric pressure ? a) Water b) Ice c) Aluminum d) Mercury

Define specific heat of body.