You are indeed right that in most numeric computations using the inverse temperature, a.k.a. the reciprocal temperature, is more convenient.
Nevertheless, there are many important quantities which are proportional to temperature, e.g. pressure, internal energy, voltage generated by a bandgap reference and so on. Because of this, there are many cases, especially in qualitative reasoning, when using temperature is more convenient than using its inverse.
This is similar to waves, where in most numeric computations wave-number and frequency are more convenient, but there are also many cases, e.g. when reasoning about resonance frequencies or stationary waves, when using wave-length and periodic time is more convenient.
Another example is in electrical circuits, where for some problems using impedance and resistance is more convenient, while for others using admittance and conductance is more convenient.
Perhaps one would need a simpler name for reciprocal temperature, to facilitate its use wherever this makes sense. However, when implementing a physical model in a program, where one should always define distinct types for each kind of physical quantity, using a short type name like "RecTemp" would not stand out among the many abbreviations typically used in programs.
adrian_b|1 month ago
Nevertheless, there are many important quantities which are proportional to temperature, e.g. pressure, internal energy, voltage generated by a bandgap reference and so on. Because of this, there are many cases, especially in qualitative reasoning, when using temperature is more convenient than using its inverse.
This is similar to waves, where in most numeric computations wave-number and frequency are more convenient, but there are also many cases, e.g. when reasoning about resonance frequencies or stationary waves, when using wave-length and periodic time is more convenient.
Another example is in electrical circuits, where for some problems using impedance and resistance is more convenient, while for others using admittance and conductance is more convenient.
Perhaps one would need a simpler name for reciprocal temperature, to facilitate its use wherever this makes sense. However, when implementing a physical model in a program, where one should always define distinct types for each kind of physical quantity, using a short type name like "RecTemp" would not stand out among the many abbreviations typically used in programs.
toolslive|1 month ago
Yossarrian22|1 month ago