The change in entropy due to heating is equal to the natural log of the ratio of temperatures times the number of moles of the substance times this quantity. At low temperatures, Debye proposed that it is proportional to the cube of the temperature. Its value in constant volume is 5/2 R for a diatomic ideal gas, and 3/2 R for a monatomic gas. FTP name this thermodynamic quantity defined as the hea
The change in entropy due to heating is equal to the natural log of the ratio of temperatures times the number of moles of the substance times this quantity. At low temperatures, Debye proposed that it is proportional to the cube of the temperature. Its value in constant volume is 5/2 R for a diatomic ideal gas, and 3/2 R for a monatomic gas. FTP name this thermodynamic quantity defined as the heat needed to raise the temperature of a given amount of substance by 1 degree.
The change in entropy due to heating is equal to the natural log of the ratio of temperatures times the number of moles of the substance times this quantity.