This quantity is responsible for the stability of point defects but not line or plane defects. A factor ofroot N factorial was introduced to this quantity to account for identical particles and keep this quantityextensive as this quantity increased by a factor of log 2 when two gases were mixed. The Rankine, Otto andCarnot cycles include two steps where this quantity is held constant. Two of the four commonthermodynamic potentials include a negative term where it is multiplied by temperature. In the Clausiusinequality, the change in it is given as the line integral of 
This quantity is responsible for the stability of point defects but not line or plane defects. A factor ofroot N factorial was introduced to this quantity to account for identical particles and keep this quantityextensive as this quantity increased by a factor of log 2 when two gases were mixed. The Rankine, Otto andCarnot cycles include two steps where this quantity is held constant. Two of the four commonthermodynamic potentials include a negative term where it is multiplied by temperature. In the Clausiusinequality, the change in it is given as the line integral of the change in total heat over time. It equalsBoltzmann's constant times the log of the number of microstates. For 10 points, name this quantitysymbolized S that represents the disorder of a system.
This quantity is responsible for the stability of point defects but not line or plane defects.
entropy [or S until it is read]