If the temperature scale is changed from $^\circ C$ to $^\circ F$, the numerical value of specific heat will

The specific heat capacity of a substance is temperature dependent and is given by the formula $C = kT$,where $k$ is a constant of suitable dimensions in $SI$ units,and $T$ is the absolute temperature. If the heat required to raise the temperature of $1 \ kg$ of the substance from $-73^{\circ} C$ to $27^{\circ} C$ is $nk$,the value of $n$ is. . . . . . [Given: $0 \ K = -273^{\circ} C$.]

On which factors does the heat capacity depend?

The ratio of the heat capacities of two bodies is $1:4$. If the rate of heat loss is the same for both bodies under similar environmental conditions,then the ratio of the rate of fall of their temperatures is:

On which factor does the required amount of heat depend to increase the temperature of a substance?

Draw a graph of the variation of specific heat capacity of water with temperature and define calorie.