The gravitational potential due to a mass distribution is `V=A/sqrt(x^2+a^2)`. Find the gravitational field.

The gravitational potential due to a mass distribution is V = 3X^(2) Y+ Y^(3) Z . Find the gravitational filed.

The gravitational potential due to a mass distribution is V = 3X^(2) Y+ Y^(3) Z . Find the gravitational filed.

The gravitational potential due to a mass distrubution is given by V=(8x)/(x^(2)+p^(2)) . Find gravitational field at x = p.

The gravitational potential due to a mass distrubution is given by V=(8x)/(x^(2)+p^(2)) . Find gravitational field at x = p.

The gravitational potential at a point due to a point mass is V=

The gravitational field due to mass distribution is E=K/x^2 in the X direction (K is stationary). Taking the gravitation potential be zero at infinity. Find the value of the gravitationl potential at a distance x.

The gravitational field due to a mass distribution is given by E=K/x^3 in X-direction. Taking the gravitational potential to be zero at infinity, find its value at a distance x.

The gravitational field due to a mass distribution is given by E=-K//x^3 in x-direction. Taking the gravitational potential to be zero at infinity, find its value at a distance x .