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Not at all! Since Uranus is gaseous rather than solid, its force of gravity is actually less than Earth's.

If you weighed 100 pounds on Earth, you would weigh 86 pounds on the surface of Uranus, if you could find some place to stand on. You would freeze to death on Uranus, though, as the temperature is around -300 degrees F.

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Q: Would people be squashed with the gravity of uranus?
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Related questions

Would you be squashed by the gravity on uranus?

yes


Would a person be squashed by the extreme gravity on Uranus?

No. The 'surface' gravity of neptune is only 1.14g, due to the low density of the planet. Surface pressure may 'squash' a person there though, although they would be frozen from the near 0K temprature. (approx -218C)


Would a person freeze on Uranus?

A person would freeze to death, and they would suffocate.


What is earths gravity compared to Uranus?

if we were to be on uranus the gravity would be 89% of what we get on earth.


Would a human get squashed by Neptunes gravity?

yes


Would a person be squashed by Saturn's gravity?

On Uranus, you would choke, be squashed, and burn up.


Would you be squashed by the extreme gravity on mars?

Mars does not have extreme gravity! It is less than 40% of the earth's gravity.


Would a person be squashed by the extreme gravity of mars?

No. The gravity on Mars is about 38% of what it is on Earth, so you would actually be much lighter there. The only planet with gravity strong enough that it would render people unable to stand is Jupiter/


What uranus' gravity?

if you weigh 100 pounds on Earth, you would weigh 86 pounds on Uranus.


What is Uranus's gravity?

if you weigh 100 pounds on Earth, you would weigh 86 pounds on Uranus.


Would people be squashed if they go to Mars?

No, the gravity at the surface of Mars is less than what we experience on Earth. So any people going there would find they were unusually light, not excessively heavy.


Would a human be squashed by the extreme gravity on Uranus?

No. Despite being more massive than Earth, the low density resulting large diameter of Uranus result in gravity at the nominal "surface" being slightly weaker than the gravity on Earth. That being said, the "surface" does not actually exist; it is merely the level at which atmospheric pressure is roughly equal to sea level pressure on Earth. A person placed there would fall through the gaseous outer layers of the planet and would be crushed by the extreme atmospheric pressure deep within.