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meteorite molar abundance of elements

Input interpretation

elements | meteorite molar abundance
elements | meteorite molar abundance

Summary

median | 3×10^-6 mol% highest | 48 mol% (oxygen) lowest | 0 mol% (29 elements) distribution | | (based on 107 values; 11 unavailable)
median | 3×10^-6 mol% highest | 48 mol% (oxygen) lowest | 0 mol% (29 elements) distribution | | (based on 107 values; 11 unavailable)

Entities with missing values

helium | neon | argon | krypton | xenon | polonium | radon | francium | radium | actinium | protactinium (total: 11)
helium | neon | argon | krypton | xenon | polonium | radon | francium | radium | actinium | protactinium (total: 11)

Distribution plots

  (meteorite molar abundance in mole percent)
(meteorite molar abundance in mole percent)

Meteorite molar abundance rankings

1 | oganesson | 0 mol% 2 | tennessine | 0 mol% 3 | livermorium | 0 mol% 4 | moscovium | 0 mol% 5 | flerovium | 0 mol% 6 | nihonium | 0 mol% 7 | copernicium | 0 mol% 8 | roentgenium | 0 mol% 9 | darmstadtium | 0 mol% 10 | meitnerium | 0 mol% ⋮ | |  98 | sodium | 0.48 mol% 99 | calcium | 0.52 mol% 100 | aluminum | 0.67 mol% 101 | carbon | 1.8 mol% 102 | sulfur | 2.2 mol% 103 | iron | 7.8 mol% 104 | silicon | 10 mol% 105 | magnesium | 10 mol% 106 | hydrogen | 17 mol% 107 | oxygen | 48 mol% (based on 107 values; 11 unavailable)
1 | oganesson | 0 mol% 2 | tennessine | 0 mol% 3 | livermorium | 0 mol% 4 | moscovium | 0 mol% 5 | flerovium | 0 mol% 6 | nihonium | 0 mol% 7 | copernicium | 0 mol% 8 | roentgenium | 0 mol% 9 | darmstadtium | 0 mol% 10 | meitnerium | 0 mol% ⋮ | | 98 | sodium | 0.48 mol% 99 | calcium | 0.52 mol% 100 | aluminum | 0.67 mol% 101 | carbon | 1.8 mol% 102 | sulfur | 2.2 mol% 103 | iron | 7.8 mol% 104 | silicon | 10 mol% 105 | magnesium | 10 mol% 106 | hydrogen | 17 mol% 107 | oxygen | 48 mol% (based on 107 values; 11 unavailable)

Corresponding quantity

Corresponding number fraction:  | 3×10^-8
Corresponding number fraction: | 3×10^-8