The mole is the unit of measurement in the SI unit for amount of a chemical substance that contains as many representative particles, e.g., atoms, molecules, ions, electrons, or photons, as there are atoms in 12 grams of carbon-12 (12C), the isotope of carbon with standard atomic weight 12 by definition. This number is expressed by the Avogadro constant, which has a value of 6.022140857×1023 mol^−1, which is just over 602 sextillion (thousand million million million). The mole is one of the base units of the SI, and has the unit symbol mol.
MolesTabel Konversi | ||
|---|---|---|
| 1 mol | = 4.6324160438462E+22 bakers dozen (bk doz) | ⇛ |
| 1 mol | = 3.0110704285E+23 couples (cp) | ⇛ |
| 1 mol | = 4.1820422618056E+21 dozen dozen (doz doz) | ⇛ |
| 1 mol | = 5.0184507141667E+22 dozens (doz) | ⇛ |
| 1 mol | = 3.4850352181713E+20 great gross (gr gr) | ⇛ |
| 1 mol | = 4.1820422618056E+21 gross (gr) | ⇛ |
| 1 mol | = 1.0036901428333E+23 half dozen (half dz) | ⇛ |
| 1 mol | = 6.022140857E+23 items (i) | ⇛ |
| 1 mol | = 5.0184507141667E+21 long hundred (lg100) | ⇛ |
| 1 mol | = 1 moles (mol) | ⇛ |
| 1 mol | = 3.0110704285E+23 pairs (pr) | ⇛ |
| 1 mol | = 6.022140857E+23 pieces (pcs) | ⇛ |
| 1 mol | = 1.2044281714E+21 reams (r) | ⇛ |
| 1 mol | = 3.0110704285E+22 scores (sc) | ⇛ |
| 1 mol | = 5.0184507141667E+21 small gross (sm gr) | ⇛ |
| 1 mol | = 4.1820422618056E+21 square dozen (sq doz) | ⇛ |
| 1 mol | = 2.0073802856667E+23 trio (3) | ⇛ |
| 1 mol | = 6.022140857E+23 units (u) | ⇛ |