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How strong is gravity on Mars?

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Anonymous

14y ago
Updated: 8/16/2019

0.377 g

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14y ago

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Related Questions

How strong is the gravity on Mars?

Surface gravity on mars is 0.376 compared to that of the earth.


How strong is Mars gravity?

The surface gravity on Mars is 3.711 m/s^2 or 0.379 g.


Does Mars have a gravitational force?

yesThe gravity on mars is not as strong as it is on earth.


How strong is Mars?

The surface gravity on Mars is 3.711 m/s^2 or 0.379 g.


How strong is mars gravity compared to earths?

The acceleration of gravity on the surface of Mars is 3.722 m/s2 .That's about 38 percent of its value on Earth.


Does mars have a strong or weak gravity?

Mars is a lot less massive than Earth. Therefore gravity is less than you would experience on Earth. Gravity on Mars is about 38% that of what you experience on Earth. Therefore is you weigh 100kg on Earth, you would only weigh 38kg on Mars.


How strong is the force of gravity in mars?

Roughly 1/3 that of Earth's. 38 percent :)


How does the rover not float away while you are on mars?

As with any object, Mars does have gravity. It may not be as strong as on earth, but it is there and it attracts objects to its surface.


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/


How strong will the pull of gravity on mars than on earth?

An object that weighs 100 pounds on earth would weigh about 37.9 pounds on Mars.


How strong is the gravity on Mars compared to earths?

it is 38% of earths gravity. Fun fact- Jupiter is the biggest planet in the solar system YAY


Could a person could jump further on mars than on Saturn?

No, a person could not jump further on Mars than on Saturn. Mars has lower gravity than Earth but Saturn has much stronger gravity than both Mars and Earth, making jumping farther on Saturn impossible due to the higher gravitational pull.