Being on Mercury will change your weight because you would be pulled down with a smaller force. You would weigh on Mercury 0.38 time your weight on Earth.
If you weighed 100 pounds on earth, you would weigh 37.8 pounds on Mercury. -I am 105% sure
Due to its lower gravitational pull, your weight on Mercury would be about 38% of your weight on Earth. Therefore, if you weigh 50 kg on Earth, you would weigh around 19 kg on Mercury.
Considering that grams are a unit of mass, their mass would still be 100g. If you used a unit of weight, such as pounds, the relative weight of an object would change from planet to planet. On Mercury, a person who weighed 100 lbs normally would instead weigh 38 lbs.
On Mercury, the gravitational force is weaker than on Earth. A person weighing 200 pounds on Earth would weigh about 76 pounds on Mercury.
Being on Mercury will change your weight because you would be pulled down with a smaller force. You would weigh on Mercury 0.38 time your weight on Earth.
You would weigh approximately 45 pounds on Mercury if you weighed 120 pounds on Earth. This is because Mercury has lower gravity compared to Earth.
The child's weight would be approx 1034 pounds-force.
If you weighed 100 pounds on earth, you would weigh 37.8 pounds on Mercury. -I am 105% sure
Due to its lower gravitational pull, your weight on Mercury would be about 38% of your weight on Earth. Therefore, if you weigh 50 kg on Earth, you would weigh around 19 kg on Mercury.
It really depends on how much mercury you have for me to tell you the correct weight, but if you search a periodic table of elements, it would tell you the atomic mass correctly
Due to Mercury's lower gravity compared to Earth, people would weigh approximately 38% of their weight on Earth.
No, it would not be easy to float on Mercury. Because Mercury has a much weaker gravitational force than Earth, your weight would be much less on Mercury, but you would not float like in space due to the absence of significant atmosphere or bodies of liquid to support your body.
Considering that grams are a unit of mass, their mass would still be 100g. If you used a unit of weight, such as pounds, the relative weight of an object would change from planet to planet. On Mercury, a person who weighed 100 lbs normally would instead weigh 38 lbs.
On Mercury, the gravitational force is weaker than on Earth. A person weighing 200 pounds on Earth would weigh about 76 pounds on Mercury.
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A 16 pound bowling ball on Earth would weight approximately 6 pounds on Mercury.