Question

If the mass of the Earth increased without any change in its radius your weight would increase decrease stay the same The value of acceleration due to gravity. O depends on the radius of Earth O depends on the mass of the Earth B. O depends on the universal gravitational constant, G o is different on different planets all of the above Which is true: the gravitational potential energy of an object in Earth's orbit depends on the radius of its orbit depends on the mass of the Earth O depends on the universal gravitational constant, o depends on the object's mass all of the above Which is not true: the magnitude of the escape velocity depends on the distance to the center of mass of the object you want to escape from O depends on the mass of the object you want to escape from D. O depends on the mass of the projectile is different on different planets for a black hole exceeds the speed of light

Answer 1

(A) - If the mass of the earth increases then the value of g will increase this will lead to increase in weight.

it's answer is first option- increase.

(B)- it's answer is all of the above.

Because g = GM/r^{​​​​​​2}​​​

(C)-its answer is all of the above

(D) it's answer is - depends on mass of the projectile.

because the escape velocity does not depend on the mass of projectile.