The work done by gravitational force is the amount of energy transferred when an object moves against the force of gravity. It is calculated by multiplying the force of gravity by the distance an object moves in the direction of the force.
Work done by gravitational force is directly related to potential energy. As an object moves against the force of gravity, it gains potential energy. This potential energy can then be converted into kinetic energy as the object falls back towards the ground.
No, work can only be done when there is a displacement of the object. If an object is stationary, there is no displacement and therefore no work is being done by gravitational force.
The mass of an object does not directly affect the work done by gravitational force. The work done is dependent on the distance an object moves against the force of gravity, not its mass.
No, the work done by gravitational force will vary depending on the mass and distance an object moves. For example, a heavier object will require more work to be moved against gravity than a lighter object. Additionally, the work done will also vary depending on the strength of the gravitational force, which can vary depending on the location and mass of the objects involved.
