Question

4. A man weighs 60kg on earth. What is his weight?
What will be his weight and mass on the surface of moon?
What will be his weight and mass on the surface of jupiter
(Hint: Gravitational force on moon is 1/6th of earth/ Gravitational force on Jupiter is 2.5
times of earth/ g=10N)​

Answer 1

Answer:

The mass of the man would remain the same…

His weight would change. Assuming the man’s weight on earth is 60 N.

Since weight is a force, according to Newton’s second law, F = ma ( m = mass, a = acceleration due to gravity)

First lets find the mass of the man, as it is required to find his weight on the moon.

F = ma [taking a of earth as 10 m/s^2]

60 = m . 10 [divide 10 on both sides]

m = 60/10 = 6 Kg

Acceleration due to gravity on the moon is 83% less than the acceleration due to gravity on earth (1.622 m/s^2).

F = ma

F = 6 . 1.622 = 9.732 N

So a person weighting 60 N on earth would approximately weight around 10 N on the moon.

Explanation:

I hope it's helpful