TorrmolK

TorrmolK is a fictional composite unit used in the field of Torrmology in speculative fiction and thought experiments. It represents the product of three quantities: pressure (in torr), amount of substance (in moles), and absolute temperature (in Kelvin). By definition, 1 TorrmolK equals 1 torr × 1 mole × 1 kelvin.

The term is formed by combining the three base units: torr, mol, and K, reflecting a nexus of state variables in gas systems.

In-universe use: It serves as a convenience metric to discuss how changes in pressure, quantity, and temperature influence a hypothetical gas-state property, used for qualitative comparisons and simple scaling relationships.

Calculation example: A gas sample containing 2 moles at 750 torr and 350 K has TorrmolK value of 2 × 750 × 350 = 525,000 Torr·mol·K.

Real-world status and limitations: TorrmolK is not an established scientific unit. It lacks a SI designation and has no standard physical interpretation beyond its fictional context; it should not be confused with real thermodynamic quantities. In-universe, it is sometimes treated as a dimensionless index or scaling factor for narrative purposes.

See also: Torr, Mole, Kelvin, Gas laws, Thermodynamics, Unit systems.