It is intuitively understandable how total negative net entropic energy goes along with an increase in the size and therefore entropy of the universe. However, what if heat is transferred from the cold system to the surrounding? To do this, external work needs to be done on the system which in turn causes an overall increase in the total net entropic energy of the universe. From a mechanistic point of view, the collective forces of microscopic degrees of freedom with intrinsic random Brownian motions at a specific temperature within a medium can act like resistance against an external force. However, the very chaotic behavior of particles in a dynamical system creates a net repulsive force during the exchange of heat and dissipation of energy in an irreversible process that results in the enlargement of the universe. The repetition of a cyclic process in real heat engines results in a turbulent of these chaotic interactions through back-and-forth processes and dissipation of energies in the system and surrounding which increases the size of the universe constantly with an arrow of time.