  This work consist in the pedagogical development on the analysis of the
Thermodynamic Laws and the some thermodynamic systems in relative motion,
according to the laws of Classical Mechanics. This subject is poorly addressed
in the main references that address the topic. We did an complete analysis of
Thermodynamic laws, state equation for an ideal gas and of the performance of
Carnot's machine in inertial and non-inertial frames of reference. We prove
that the First and Second Laws of Thermodynamics in non-inertial frames remains
invariant under any spatial translation between frames of reference in motion.
From the results obtained, we show the transformation of the main thermodynamic
quantities as temperature, pressure, chemical potential, internal energy and
heat and that the efficiency of Carnot's machine is invariant under any
transformation between inertial and non-inertial frames of reference.
