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kJ/(kmol⋅K)\text{kJ/(kmol}{\cdot}\text{K)}

kilojoule per kilomole kelvin

Molar entropyexact by definition

The kilojoule per kilomole kelvin is exactly 1 J/(mol·K). Engineering thermodynamics tables built on kilomoles print molar entropy and molar heat capacity this way, and the numbers match the chemist's J/(mol·K) digit for digit.

1 kJ/(kmol⋅K)\text{kJ/(kmol}{\cdot}\text{K)} 1 J/(mol⋅K)\text{J/(mol}{\cdot}\text{K)}

One kilojoule per kilomole kelvin in every molar entropy unit

1joule per mole kelvin (J/(mol·K))
1joule per mole Celsius (J/(mol·°C))
1kilojoule per kilomole kelvin (kJ/(kmol·K))this unit
0.239006calorie per mole kelvin (cal/(mol·K))
0.239006entropy unit (e.u.)
0.238846BTU per pound-mole Rankine (BTU/(lb-mol·°R))
0.120272Boltzmann constant per particle (kB/particle)
0.001kilojoule per mole kelvin (kJ/(mol·K))
Solvers that use molar entropy

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