Storyboard

In systems in which the energy of the particles can always be separated into a kinetic energy that depends on the moment and a potential energy that only depends on the position, the average kinetic energy does not depend on the potential energy. If, in addition, it is assumed that the kinetic energy has the traditional form of the sum of the squares of the velocity, it can be concluded that the internal energy is proportional to the temperature and the degrees of freedom necessary to describe its behavior.

>Model

ID:(472, 'ky')

Description

In systems in which the energy of the particles can always be separated into a kinetic energy that depends on the moment and a potential energy that only depends on the position, the average kinetic energy does not depend on the potential energy. If, in addition, it is assumed that the kinetic energy has the traditional form of the sum of the squares of the velocity, it can be concluded that the internal energy is proportional to the temperature and the degrees of freedom necessary to describe its behavior.

ID:(472, 0)