From thermodynamics, it is perceived that in a real system where the process is spontaneous and irreversible, part of the available potential energy of the system that is supposed to do macroscopic work is lost through dissipation as a result of entropy production.(6; 7) To understand where this energy goes, we should look at the system from a microscopic perspective and track the motions of the system's constituents precisely in accessible microscopic states. The random Brownian motion of particles creates chaos in the system. The chaotic collisions of particles oppose them to move in an orderly fashion toward a specific direction of the driving force. Under these circumstances, entropic force does not transfer intactly between the particles through these collective collisions. This is analogically similar to friction as an opposition force to the work on the macroscopic object. In statistical mechanics, the energy that is lost through the entropy production as a consequence of random displacements and collisions of microscopic degrees of freedom on the way of dissipating out the heat and performing useful work is called the dissipated work.