What will be my weight on Mars if I am 60 kg on Earth?

So an object or person on Mars would weigh 37.83\% its weight on earth.

What is the weight of a 60 kg person on the Earth?

588 N
Weight = Fg = mg = (60 kg)*(9.8 m/s2) = 588 N.

What will be the weight of a man having mass on Earth 60 kg on a planet whose mass and radius Both are double those of Earth g 9.8 M s2?

How much will it weigh on a planet whose mass is 3 times and radius is 2 times that of earth? =60×32×9.8=882kgwt.

How much would a 60kg person weigh on the moon?

Answer: The person weigh 96 N on Moon.

What is the weight of a 60kg person on the moon?

For example, on Earth, where the acceleration due to gravity is 9.8 m/s2, a person who has 60 kg of mass weighs 588 Newtons (132 lbs). Whereas on the moon, where the acceleration due to gravity is about 1/6 of what it is on Earth, that same 60 kg person weighs just 98 Newtons (~22 lbs).

How much does a 60 kg person on Earth weigh on Mars?

So our 60-kg person on Earth weighs 588 N. On Mars (s)he would weigh 22.6 N, on the Moon 9. Imagine a person whose mass is 60 kg on Earth. (S)he would also have a mass of 60 kg on Mars. And on the Moon, the International Space Station (ISS) or anywhere else (s)he went.

What is the mass of the body on Earth?

The mass of the body on earth is 60kg, what is its weight on the earth and on moon? The mass of the body on earth is 60kg, what is its weight on the earth and on moon? ANSWER:- Mass o the body on the earth is = 60 kg   As acceleration in earth = 10m/s2

What is the mass of 60 kg on the Moon?

A mass of 60kg on Earth will exert a downwards force (its ‘weight’) of 60 x 9.8 = 588N. A mass of 60kg on the Moon will still be 60Kg as mass is independent of gravity, but will ‘weigh’ about 60 x 1.3 = 78N.

What is the mass and weight of a man on the Moon?

The man’s weight on Earth would be 980 N, but on the Moon, where the acceleration due to gravity is 1.62 m/s/s, his weight would be 162 N. Same mass, but less weight. The body of a mass of 10 kg is taken to the center of the Earth. What will be its mass and weight there?