The Second Law of Thermodynamics suggests that it never decreases in isolated systems.
In developing information theory, Claude Shannon modified an equation that set this quantity proportional to the sum of the probability that a particle is in a particular microstate times the natural log of that probability. More commonly, that formula states that this quantity equals k times natural log of omega, a formula inscribed on Ludwig (*) Boltzmann's ("BOLTS"-mons) tombstone. The Second Law of Thermodynamics suggests that it never decreases in isolated systems. For 10 points, name this thermodynamic quantity that measures the disorder of a system.
In developing information theory, Claude Shannon modified an equation that set this quantity proportional to the sum of the probability that a particle is in a particular microstate times the natural log of that probability.
{entropy} [or {S}]