Why gravitational field intensity inside a hollow sphere is zero?
According to the shell theorem, spherically symmetric bodies will produce a gravitational field that affects all the external objects outside it as the mass is concentrated in a particular point in the spherically symmetric body. Therefore the gravitational field inside a hollow spherical will be zero.
Why is gravitational potential constant inside a hollow sphere?
The potential energy within the hollow sphere is constant, regardless of the objects position within the sphere. It’s the net gravitation forces on the objects that sum up to zero, regardless of the objects position within the shpere.
What is the intensity of gravitational field at the centre of a spherical?
the intensity of gravitational field at the centre of a hollow spherical sphere is zero.
What is gravitational field inside a hollow sphere?
The gravitational field inside a hollow spherical shell is zero, as potential is constant inside.
What is the intensity of gravitational field of the centre of a spherical shell a g/b GM r 2 )’ C zero D none of these?
Intensity of gravitational field at centre of spherical shell is zero.
What is the intensity of the gravitational field?
Gravitational field intensity is the strength of a gravitational field which is applied on a unit test mass. A gravitational force’s intensity depends upon the source mass and the distance of unit test mass from the source mass. The unit of gravitational field intensity is N/Kg.
Why is the potential inside a hollow spherical conductor and has the same value as on its surface?
Electric field inside the shell is zero. So no work is done in moving a charge inside the shell. This implies that potential is constant, and therefore equal to its value at the surface i.e.
Why is the potential inside a hollow spherical conductor constant and has same value on its surface?
Answer: Explanation: because we know that the electric field inside the hollow metallic sphere is zero,then work done by the charge is zero, suppose that Va is the potential on the inside and Vb is the potential on the surface then Vb-Va= zero or VB . hence the potential is the same as on the surface ..