The work done would be zero if either the force F is zero, the displacement s is zero, or if the force is not acting in the direction of the displacement (assuming there is no component of the force in ...
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The formula for work when the force and displacement are in the same direction is = × W = F × s, where W is the work done, F is the force, and s is the displacement.
The work done W is calculated by multiplying the force F by the displacement s: = × W=F × s.
The conditions considered are that a constant force F acts on an object, and the object is displaced through a distance s in the direction of the force.
In science, work is defined as the product of the force applied to an object and the displacement of the object in the direction of the force.
It is important to understand the conditions under which work is done in science to accurately determine when energy is being transferred through the application of force and displacement. This understanding helps clarify whether or not work is being performed ...
In the example of a bullock pulling a cart, work is done because there is a force exerted by the bullock on the cart, and the cart is displaced (it moves).
If one of the conditions for work is not met, then work is not done. Both a force acting on an object and displacement of the object are necessary for work to be done.
The two conditions that need to be satisfied for work to be done are: (i) a force should act on an object, and (ii) the object must be displaced.
To lift a book through a height, you must apply a force. The book rises up as a result of the force applied.