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human abundance of elements

Input interpretation

elements | human abundance
elements | human abundance

Summary

median | 2×10^-6 mass% highest | 61 mass% (oxygen) lowest | 0 mass% (34 elements) distribution | | (based on 75 values; 43 unavailable)
median | 2×10^-6 mass% highest | 61 mass% (oxygen) lowest | 0 mass% (34 elements) distribution | | (based on 75 values; 43 unavailable)

Entities with missing values

helium | neon | argon | scandium | titanium | gallium | germanium | krypton | yttrium | niobium | ... (total: 43)
helium | neon | argon | scandium | titanium | gallium | germanium | krypton | yttrium | niobium | ... (total: 43)

Distribution plots

  (human abundance in mass percent)
(human abundance in mass percent)

Human abundance rankings

1 | oganesson | 0 mass% 2 | tennessine | 0 mass% 3 | livermorium | 0 mass% 4 | moscovium | 0 mass% 5 | flerovium | 0 mass% 6 | nihonium | 0 mass% 7 | copernicium | 0 mass% 8 | roentgenium | 0 mass% 9 | darmstadtium | 0 mass% 10 | meitnerium | 0 mass% ⋮ | |  66 | chlorine | 0.12 mass% 67 | sodium | 0.14 mass% 68 | potassium | 0.2 mass% 69 | sulfur | 0.2 mass% 70 | phosphorus | 1.1 mass% 71 | calcium | 1.4 mass% 72 | nitrogen | 2.6 mass% 73 | hydrogen | 10 mass% 74 | carbon | 23 mass% 75 | oxygen | 61 mass% (based on 75 values; 43 unavailable)
1 | oganesson | 0 mass% 2 | tennessine | 0 mass% 3 | livermorium | 0 mass% 4 | moscovium | 0 mass% 5 | flerovium | 0 mass% 6 | nihonium | 0 mass% 7 | copernicium | 0 mass% 8 | roentgenium | 0 mass% 9 | darmstadtium | 0 mass% 10 | meitnerium | 0 mass% ⋮ | | 66 | chlorine | 0.12 mass% 67 | sodium | 0.14 mass% 68 | potassium | 0.2 mass% 69 | sulfur | 0.2 mass% 70 | phosphorus | 1.1 mass% 71 | calcium | 1.4 mass% 72 | nitrogen | 2.6 mass% 73 | hydrogen | 10 mass% 74 | carbon | 23 mass% 75 | oxygen | 61 mass% (based on 75 values; 43 unavailable)

Unit conversions for median human abundance 2×10^-6 mass%

0.02 ppmm (parts per million by mass)
0.02 ppmm (parts per million by mass)
20 ppbm (parts per billion by mass)
20 ppbm (parts per billion by mass)

Corresponding quantity

Corresponding mass ratio:  | 0.02 µg/g (micrograms per gram)  | 0.02 g/t (grams per metric ton)
Corresponding mass ratio: | 0.02 µg/g (micrograms per gram) | 0.02 g/t (grams per metric ton)