Just Wait...

Substance amount

Calculates the amount of substance in the gas depending on the mass and molar mass of the substance.

Substance amount

Input Result
Mass m= g g
Molar mass M= g/mol g/mol
Substance amount n= mol mol

Molar mass

Atomic weight Number Sum
Hydrogen H 1.00794 g/mol st g/mol
Helium He 4.0026 g/mol st g/mol
Carbon C 12.0112 g/mol st g/mol
Nitrogen N 14.00674 g/mol st g/mol
Oxygen O 15.9994 g/mol st g/mol
Fluorine F 18.9984 g/mol st g/mol
Neon Ne 20.1797 g/mol st g/mol
Phosphorus P 30.9376 g/mol st g/mol
Sulfer S 32.066 g/mol st g/mol
Chlorine Cl 35.4527 g/mol st g/mol
Argon Ar 39.948 g/mol st g/mol
Selenium Se 78.96 g/mol st g/mol
Bromine Br 79.904 g/mol st g/mol
Krypton Kr 83.8 g/mol st g/mol
Iodine I 126.9044 g/mol st g/mol
Xenon Xe 131.29 g/mol st g/mol
Astatine At 210.9875 g/mol st g/mol
Radon Rn 222.0175 g/mol st g/mol
Sum g/mol

Explanations

Mass

The importance of an element or chemical compound.

Molar mass

Is a quantity that represents the mass per substance amount.

Substance amount

Can also be called also the amount of substance and indicates the number of a substance that is in the crystal phase of the substance.

Atomic weight

Refers to the weight of an atom of the substance in question.

Mol

Mol is an SI unit used to show how many elements of the substance there are. 1 mole is 6.0221415 * 10 23 .

Formula

Substance amount: Substance amount