Laws of thermodynamics
"" First law of thermodynamics: Heat and work are forms of energy transfer. Energy is invariably conserved, however the internal energy of a closed system may change as heat is transferred into or out of the system or
work is done on or
by the system. It is a convention to say that the work that is done by the system has a positive sign and connotes a transfer of energy from the system to its surroundings, while work done on the system has a negative sign. For example, changes in molecular energy (potential energy), are generally considered to remain within the system. Similarly, the rotational and vibrational energies of polyatomic molecules remain within the system.
From the above, all the energy associated with a system must be accounted for as heat, work, chemical energy etc., thus perpetual motion machines of the first kind, which would do work without using the energy resources of a system, are impossible. ""
Means you do anything at all to it that thing you did has an effect on Entropy. 2nd Law of Thermodynamics covers the rest. Any work whether it's just molecular energy or physical energy. Even electrical figures into the calculations for entropy. You create heat by doing anything. Regardless of whether heat was added. To increase entropy you agitate it in some way I.E. heat, shaking, vibrating, spinning, or electrical current. The velocity at which those things are done is also figured into the calculations for Entropy. Anything that makes heat increases entropy. All the actions have an affect on thermodynamics because the molecules are in motion. You increase entropy you speed up steep times.