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proton count of solid compounds

Input interpretation

solid compounds | proton count
solid compounds | proton count

Summary

median | 24.5 p highest | 40 p (acetoxime) lowest | 3 p (lithium) distribution |
median | 24.5 p highest | 40 p (acetoxime) lowest | 3 p (lithium) distribution |

Units

Distribution plots

  (proton count in protons)
(proton count in protons)

Proton count rankings

1 | lithium | 3 p 2 | beryllium | 4 p 3 | lithium fluoride | 12 p 4 | beryllium oxide | 12 p 5 | aluminum | 13 p 6 | sodium fluoride | 20 p 7 | sodium amide | 20 p 8 | magnesium oxide | 20 p 9 | scandium | 21 p 10 | vanadium | 23 p 11 | iron | 26 p 12 | cobalt | 27 p 13 | potassium fluoride | 28 p 14 | lime | 28 p 15 | copper | 29 p 16 | zinc | 30 p 17 | quartz | 30 p 18 | vanadium(II) oxide | 31 p 19 | acetamide | 32 p 20 | acetoxime | 40 p
1 | lithium | 3 p 2 | beryllium | 4 p 3 | lithium fluoride | 12 p 4 | beryllium oxide | 12 p 5 | aluminum | 13 p 6 | sodium fluoride | 20 p 7 | sodium amide | 20 p 8 | magnesium oxide | 20 p 9 | scandium | 21 p 10 | vanadium | 23 p 11 | iron | 26 p 12 | cobalt | 27 p 13 | potassium fluoride | 28 p 14 | lime | 28 p 15 | copper | 29 p 16 | zinc | 30 p 17 | quartz | 30 p 18 | vanadium(II) oxide | 31 p 19 | acetamide | 32 p 20 | acetoxime | 40 p

Corresponding quantity

Moles of protons from n = N/N_A:  | 4.1×10^-23 mol (moles)
Moles of protons from n = N/N_A: | 4.1×10^-23 mol (moles)