Your mass is the same everywhere, but your weight depends on gravity. This calculator multiplies your mass by the surface gravity of a planet or moon, W = mg, to give your weight there in newtons.
It also shows what an ordinary bathroom scale (which is calibrated for Earth) would read: on the Moon a 60 kg person would see about 9.9 kg.
| Your mass | 60 kg |
| Planet or moon | Moon (1.62 m/s²) |
| Weight there (N) | 97.2 |
| A scale would read (kg) | 9.91164 |
| Gravity compared with Earth (×) | 0.165194 |
| Weight on Earth (N) | 588.399 |
On the Moon you would weigh 97.2 N, and a scale would read 9.91164 kg.
Try this example →| Your mass | 60 kg |
| Planet or moon | Jupiter (24.79 m/s²) |
| Weight there (N) | 1,487.4 |
| A scale would read (kg) | 151.673 |
| Gravity compared with Earth (×) | 2.52788 |
| Weight on Earth (N) | 588.399 |
On Jupiter you would weigh 1,487.4 N, about 2.52788 times your Earth weight.
Try this example →Surface gravity depends on a planet's mass and radius: g = GM ÷ r². The Moon has about 1/81 of Earth's mass, so even though it is smaller, its surface gravity is only about one-sixth of Earth's.
No. Mass is the amount of matter in you and stays the same. Only your weight, the pull of gravity, changes.
About one-sixth (16.5%) of your Earth weight, because the Moon's gravity is 1.62 m/s².
Of the planets, on Jupiter, about 2.5 times your Earth weight.
Weight = mass × acceleration due to gravity, W = mg, measured in newtons.