The acceleration due to gravity g and mean density of earth `rho` are related by which of the following relations ?
(G = gravitational constant and R = radius of earth)

The acceleration due to gravity g and density of the earth rho are related by which of the following relations? (where G is the gravitational constant and R_(E) is the radius of the earth)

The acceleration due to gravity g and density of the earth rho are related by which of the following relations? (where G is the gravitational constant and R_(E) is the radius of the earth)

The acceleration due to gravity'g' for objects on or near the surface of earth is related to the universal gravitational constant 'G' as ('M' is the mass of the earth and 'R' is its radius):

Prove that acceleration due to gravity on the surface of the earth is given by g =4/3 npGR where G is gravitational constant, p is mean density and R is the radius of the earth.

The acceleration due to gravity at a piece depends on the mass of the earth M, radius of the earth R and the gravitational constant G. Derive an expression for g?

The value of acceleration due to gravity is maximum on the surface of the earth. Write the relation between acceleration due to gravity and gravitational constant.

How is the acceleration due to gravity on the surface of the earth related to its mass and radius ?

If g is the acceleration due to gravity and R is the radius of earth, then the dimensional formula for g R is