[" Compare the weights of a body when it is (i) "100km],[" above the surface of the earth and (ii) "100km],[" below the surface of the earth.Radius of the earth is "],[6300km" ."]

Compare the weights of the body when it is (i) 1km above the surface of the earth and (ii) 1 km below the surface of the earth . Radius of the earth is 6300 km.

Compare the weigths of a body when it is kept (i) 400m above the surface of the earth and (ii) 800 m below the surface of the earth.

Compare the weights of a body when it is (i) 200 km above the surface of the Earth and (ii) 200 km below the surface of Earth. Radius of the Earth is 6400 km .

What is the ratio of the weights of a body when it is kept at a height 500m above the surface of the earth and 500m below the surface of the earth, if the radius of the earth is 6400km.

Compare the weight of a body 100 km above and 100 km below the surface of the earth . Radius of the earth = 6400 km .

Compare the weight of a body when it is at (a) 80 km above the earth,s surface and (b) 80 km below the earth's surface. Take radius of earth = 6,400 km.

Calculate the ratio of weights of a body when it is taken to 80 km above the surface of earth and when taken to 80 km below the surface of earth.

If the weight of a body is 100 N, on the surface of the earth then its binding energy on the surface of the earth is, (R_(E)=6400km)

Where will a body weigh more, 2 km above the surface of earth or 2 km below the surface of earth ?

Assuming that the earth is a sphere of uniform mass density, what is the percentage decreases in the weight of a body when taken to the end of the tunned 32 km below the surface of the earth? (Radius of earth = 6400 km)