Yes you do. Your mass stays the same but you weigh more. For example. On earth, if your mass is 45kg, you weigh 450N on the moon, its muliplied by six etc.
A 100lb person would weigh 236.4lb on Jupiter.
Mars.
you will probablly be has light as a two year oldincorrect. Jupiter's gravity is far more heavy than earths, you'd way about 2.64 times more on Jupiter.
Mars
You would weigh 36 pounds on earth.
Well, Jupiter is a bigger planet so it has more mass and mass causes gravitational attraction which is a big factor in deciding your weight. Weight=Mass x Acceleration of gravity so the bigger the gravity the bigger your weight so you would weigh more on Jupiter because of its bigger acceleration due to gravity. Your mass is going to stay the same no matter what but the gravity will change.
Impossible. If true, it would have to be the other way around, whereas Earth will be Jupiter's moon. This is because the gravitational field of Jupiter is FAR greater than Earth's.
If you were starting from Earth - Mars and Jupiter.
Jupiter, in a way, could do that. Jupiter does give out its own "light", but it's infra red light, so you can't see it. Jupiter gives out more energy than it gets from the Sun. Incidentally, Saturn and Neptune also do this to some extent. Jupiter, in a way, could do that. Jupiter does give out its own "light", but it's infra red light, so you can't see it. Jupiter gives out more energy than it gets from the Sun. Incidentally, Saturn and Neptune also do this to some extent.
Jupiter is about 300 times more massive than earth and has a diameter about 10x the size of the earth's.
Either "You went in your own way" or You went on your own way" could be correct. The first sentence would imply individuality in the manner of going, but the second would imply individuality in the route selected. For example, "Everyone else went by train, but you went in your own way by bicycle" and "Everyone else took the main road, but you went on your own way by a barely marked trail."
Jupiter is in our galaxy, the Milky Way.