Now, remember, the kinetic energy is the translational energies plus the rotational energies plus the vibrational energies of a system, right? So when we talk about fluids, we talk about mainly translational and rotational energies. And we can formulate this formula here, which basically says translational energy plus rotational energy equals three over two times the constant K times temperature. So from this equation, we see that if we increase temperature, we increase translational energy or the speed, and we increase rotational energy or the torque for solace. However, there's really no translational energies or rotational energies at low temperature. So we can't really have a relation between temperature and kinetic energy at low temperatures.