# data[].attributes.body
I did a funny.

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Converting from moles to mass (grams): Multiply your initial mole value by the molar mass of the compound shown by the periodic table.

Converting from volume (liters) to moles: Divide your initial volume by the molar volume constant, 22.4 L.

Converting from moles to volume (liters): Multiply your mole value by the molar volume constant, 22.4L.

Converting from particles (atoms, molecules, or formula units) to moles: Divide your particle value by Avogadro’s number, 6.02×10²³.

Converting from moles to particles (atoms, molecules, or formula units): Multiply your mole value by Avogadro’s number, 6.02×10²³.

# data[].attributes.body
a small burrowing mammal with dark velvety fur, a long muzzle, and very small eyes, feeding mainly on worms, grubs, and other invertebrates.

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1g      hydrogen
4g      helium
6.94g  lithium
9.01g  beryllium
10.81g Boron
12.01g carbon
14.01g nitrogen
16g     oxygen
19g     fluorine
20.18g neon
22.99g sodium
24.31g magnesium
26.98g aluminium
28.09g silicon
30.97g phosphorus
32.07g sulphur
35.45g chlorine
39.95g argon
39.10g potassium
40.08 calcium

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A mole is a measurement of atoms. The atomic mass of an element is the size of one mole for example; in 12 grams of carbon there is 6.022x10²³ atoms, 12 is the atomic weight of carbon.

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The mole is important because it allows chemists to work with the subatomic world with macro world units and amounts. Atoms, molecules and formula units are very small and very difficult to work with usually. The mole allows scientists to calculate how much of a substance is needed in a reaction or experiment.

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6.0221408577x10²³mol-1