Specific heat is in joule/ `kg`/ kelvin rise of temperature. Its demensions are:

Specific heat is in joule per kg per ^(0)C rise of temperature. Its demensions are:

Specific heat is in joule per kg per ^(@)C rise of temperature . Its dimensions are :

The amount of heat absorbed by a body while raising its temperature is given by the equation. Q = mstheta , here Q is the amount of heat, m is the mass of the body, s is the specific heat capacity and theta is the rise tmemperature. Dertermine the S.I. unit and C.G.S. unit of heat and specific heat capacity

The value of specific heat of an ideal gas, with rise in temperature

The specific heat c of a solid at low temperature shows temperature dependence according to the relation c= DT^(3) where D is a constant and T is the temperature in kelvin. A piece of this solid of mass m kg is taken and its temperature is raised from 20K to 30K. The amount of heat required in the process in energy units is

Specific heat is defined as the heat required to raise the temperature of 1 kg substance through 1 K. The unit of specific heat in S.I is

Specific heat is defined as the heat required to raise the temperature of 1 kg substance through 1 K. The unit of specific heat in S.I is