People would be able to jump about 25 yards
It would get bigger
Mass is a measure of the amount of matter in an object. So basically it is what is inside something. Weight depends on gravity such as landing on the moon, your mass is the same no matter what, but since gravity is a lot weaker, you weigh less! Old Answer: There is less gravity to pull you down.
If th sun's gravity were to disappear, Earth would go off in a straight line into interstellar space.
Earth's gravity will not change normally on the ground, however yes, you will experience a decreased pull at your height, and you weight will also decrease. If you were to go higher, you would feel the gravity even less!
The gravity on the surface of Mars is approximately one third of that on the surface of Earth. Comment: I always say "about 38%".
Mars has weaker gravity than Earth. The gravity on Mars is about 38% of the gravity on Earth. This means that objects on Mars weigh less than they would on Earth.
Venus has a slightly weaker gravity than Earth. The acceleration due to gravity on Venus is about 90% of the gravity on Earth. It means that objects would weigh slightly less on Venus compared to Earth.
It will never happen because the earth's gravity is caused by it's mass and it's density.
There would be less gravity on earth.
The gravity on Mercury is 3.7m/s2 (metres per second squared). Compared to the gravity on Earth, at 9.8m/s2, Mercury's gravity is 37.75% of Earth's. This means you would weigh just over a third of your body weight if you were stood on the surface of Mercury - that is, assuming you find a way of surviving temperatures ranging from −180 to 430°C!
If gravity increased you would lift up and float in the sky.If gravity decreased you would be pulled to the ground even more than you are now
No. The gravity on Mars is much weaker than the gravity on Earth but it is still significant. You could jump higher but you couldn't float.
we can fly
it would be horablie because the world would be all in the ground possible
The acceleration of gravity, and therefore the weight of an object located there, at the place where Saturn's surface would be if it had one, is 13.91% greater than it is on or near the Earth's surface.
The acceleration of gravity, and therefore the weight of an object located there, at the place where Saturn's surface would be if it had one, is 13.91% greater than it is on or near the Earth's surface.
It would get bigger