THE EARTH GRAVITATIONAL FORCE CAUSES AN ACCELERATION OF 5 M/S^2 ON A 1 KG MASS STUCK SOMEWHERE IN SPACE.HOW MUCH WILL BE THE ACCELERATION OF A 3 KG MASS AT THE SAME PLACE

Open in App

Solution

The acceleration produced in a body due to the gravitational pull of the earth does not depend on the mass of the body. So the acceleration produced in the 3kg mass will also be 5m/s square

Suggest Corrections

Similar questions

Q. The earth's gravitational force causes an acceleration of

5 m / s^{2}

in a 1 kg mass somewhere in space. How much will be the acceleration in a 3 kg mass at the same place? Give reason.

The earth's gravitational force causes an acceleration of 5 $m s^{- 2}$ in a 1 kg mass somewhere in space. How much will the acceleration of a 3 kg mass be at the same place?

Q. A force produces an acceleration of

1 {m/s}^{2}

in a body of

3 kg

. If the same force acts on a body of mass

1 kg

, then what will be its acceleration?

A force causes an acceleration of $10 m / s^{2}$ in a mass 500 g. What acceleration will be caused by the same force in a body of mass 5 kg.

An object of mass 16 kg moving with an acceleration of 3 metre second square. Calculate the applied force if the same force is applied on an object of mass 24 kg how much will be the acceleration?

Join BYJU'S Learning Program