Input interpretation
d-block elements | specific heat of fusion
Summary
median | 0.2 kJ/g highest | 0.448 kJ/g (vanadium) lowest | 0.0114 kJ/g (mercury) distribution | | (based on 30 values; 10 unavailable)
Entities with missing values
lawrencium | rutherfordium | dubnium | seaborgium | bohrium | hassium | meitnerium | darmstadtium | roentgenium | copernicium (total: 10)
Distribution plots
(specific heat of fusion in kilojoules per gram)
Specific heat of fusion rankings
1 | mercury | 0.0114 kJ/g 2 | cadmium | 0.056 kJ/g 3 | gold | 0.0635 kJ/g 4 | platinum | 0.1 kJ/g 5 | silver | 0.105 kJ/g 6 | zinc | 0.112 kJ/g 7 | lutetium | 0.13 kJ/g 8 | yttrium | 0.128 kJ/g 9 | iridium | 0.14 kJ/g 10 | hafnium | 0.143 kJ/g ⋮ | | 21 | iron | 0.247 kJ/g 22 | ruthenium | 0.254 kJ/g 23 | cobalt | 0.275 kJ/g 24 | niobium | 0.288 kJ/g 25 | nickel | 0.293 kJ/g 26 | scandium | 0.36 kJ/g 27 | molybdenum | 0.38 kJ/g 28 | titanium | 0.391 kJ/g 29 | chromium | 0.394 kJ/g 30 | vanadium | 0.448 kJ/g (based on 30 values; 10 unavailable)
Unit conversions for median specific heat of fusion 0.2 kJ/g
200 J/g (joules per gram)
200000 J/kg (joules per kilogram)
48 cal_th/g (thermochemical calories per gram)
48 kcal_th/kg (thermochemical kilocalories per kilogram)
0.048 kcal_th/g (thermochemical kilocalories per gram)
87 BTU_IT/lb (IT British thermal units per pound)