work = force . distance.
Since Force and distance are both vectors (work is the dot product), when the net distance = 0 (back to the point of origin), work = 0. That is, if the force is such that it moves the object back to the point of origin, it has done zero work.
A centripetal force is one example. The distance = 0 when the object finishes one complete revolution. No work has been done since the beginning of the revolution.
work = force x Distance so any force is supplied to move an object is work. Push a box and the box moves.
Work done when force moves an object.
A body in a circular orbit around the earth or sun is moving. There is a gravitational force attracting it towards the central body, but gravity does no work on it. Since the orbit is circular, the object never moves toward the central body, so the force of gravity never moves it through a distance in the direction of the force.
An external force that moves or changes
Work
If a measurable Force moves a measurable MASS a measurable Distance, then a measurable amount of Work has been done.
Yes, the definition of work is force * distance.
Work
If it moves linearly, then work.
Work - or energy transferred is the product of force and the distance that the object moves in the direction of the force.
Work is something that is done when a force moves an object over a distance.
If you apply force in the same direction an object moves, the work on the object is positive.If the force is in the opposite direction as the direction the object moves, the work on the object is negative.