It would seem that all things organic would be shorter, stouter. Takes more energy to move around, and things fall faster, and the impact hurts more. It depends how heavy the gravity would be, Earth's is considered standard gravity, which means items fall and accelerate a set rate, on a heavy gravity planet, these numbers would be faster. I do not think that humans could live on a heavy gravity planet, unless it were just slightly higher than Earth's. Little things, like swallowing, moving our hands to scractch our necks, would be hard on this type of planet. Plants and other animals would likewise be affected.
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^^^^Are you dumb? Organisms would adjust to the gravity forces and it would eventually feel normal to us. Humans would be alot stronger and faster, heavier objects would sink in the ground. That's about it.
Gravity keeps planets in orbit around the sun. If planets were not subject to the gravitational attraction of the sun, they would fly off into interstellar space. In addition, gravity is also what holds planets together. If there were no gravity, the planets, and the sun, would disintegrate under the force of their own spin. There would be nothing left of the solar system but an expanding cloud of gas and dust.
That's "centrifugal force". It's not a "real" force like gravity, but is a convenient way of describing the effect of the inertia of the planets. (The planets would move in straight lines if they were not in a gravity field.)
The object would crash into the planet.
The orbits of the planets would all be much larger if the sun had less gravity. They might even just fly off free.
Yes, they revolve around the sun in their orbits. Their orbits depend on their weight, which would determine the weight of gravity in individual cases, and the planets are controlled by their own gravity and the centrifugal and centriputal forces always in effect.
If there was no gravity, the Sun and and the planets would never have formed.
There isn't a zero gravity environment, but if there was, planets wouldn't form. Planets form by very large rock all attracting to each other and gain enough energy that the center pulls the surrounding rock and smooths then into a sphere. So if a zero gravity environment existed. There would be no planets.
Gravity is what keeps the planets going in their orbits. If gravity just stopped, then the planets would go flying in a straight line tangent to their orbit.
Without gravity, it is doubtful that the universe as we know it would exist at all. At the very least, galaxies, stars and planets would be unable to form. Worse still, without stars there would be no heavy elements and it is unlikely that life would exist.
No, as there would be no coalescence of matter to form suns and planets without gravity.
Gravity keeps planets in orbit around the sun. If planets were not subject to the gravitational attraction of the sun, they would fly off into interstellar space. In addition, gravity is also what holds planets together. If there were no gravity, the planets, and the sun, would disintegrate under the force of their own spin. There would be nothing left of the solar system but an expanding cloud of gas and dust.
It is half the reason, at least. Gravity is the force pulling the planets towards the sun, but they also have a velocity working perpendicular to it. With the velocity alone, the planets would fly off into space. With gravity alone, the planets would be pulled into the sun.
With out gravity planets would go flying off into space
Yes. Without the sun's gravity the planets would move out into interstellar space in straight lines.
Planets can't really get out of their orbits because of gravity; if gravity somehow stopped having an effect, the planets would continue in a straight inertial line with inertia from the point at which gravity stopped.
Without gravity, each of the planets would continue straight ahead into space, and become dispersed. Gravity holds them in their orbital paths around the Sun. Of course, without gravity, the Sun would explode, and the planets would also disintegrate and their mass would scatter because of the centrifugal force of their spin and angular momentum.
Planets would most likely drift until they were attracted to the next largest center of gravity, say Jupiter. But without a centre of gravity, the planets would have nothing to hold themselves in a fixed point and would simply drift.