Input interpretation
dying low mass star elements | molar heat capacity
Summary
median | 25.9 J/(mol K) highest | 54.44 J/(mol K) (iodine) lowest | 8.53 J/(mol K) (carbon) distribution |
Units
Distribution plots
(molar heat capacity in joules per mole kelvin difference)
Molar heat capacity rankings
1 | carbon | 8.53 J/(mol K) 2 | nitrogen | 14.57 J/(mol K) 3 | xenon | 20.786 J/(mol K) 4 | helium | 20.786 J/(mol K) 5 | ruthenium | 24.1 J/(mol K) 6 | molybdenum | 24.1 J/(mol K) 7 | tungsten | 24.3 J/(mol K) 8 | niobium | 24.6 J/(mol K) 9 | rhodium | 24.7 J/(mol K) 10 | osmium | 24.7 J/(mol K) ⋮ | | 39 | neodymium | 27.4 J/(mol K) 40 | europium | 27.7 J/(mol K) 41 | mercury | 27.98 J/(mol K) 42 | erbium | 28.1 J/(mol K) 43 | barium | 28.2 J/(mol K) 44 | terbium | 28.9 J/(mol K) 45 | samarium | 29.5 J/(mol K) 46 | cesium | 32.2 J/(mol K) 47 | gadolinium | 37.7 J/(mol K) 48 | iodine | 54.44 J/(mol K)
Unit conversions for median molar heat capacity 25.9 J/(mol K)
0.0259 kJ/(mol K) (kilojoules per mole kelvin difference)
6.19 cal_th/(mol K) (calories per mole kelvin difference)
0.00619 Cal/(mol K) (Calories per mole kelvin difference)