Find The Work W Done By The 18 Newton Force

Find The Work W Done By The 18 Newton Force. Those three quantities are force, displacement and the angle between the. A force f = (4 xi + 3yj) is given in newtons, and x and y in meters.

The work so 2116.8 is equal to k times the mass, which is 1 20 and then times the hot, which is 1.8. Finally, use the work done expression, then. W= 300 is the answer.

The work done by the force is. First, find the component of the force applied to the object. The concept needed to solve the given question is the work done.

To Be Able To Calculate.

30 n 12 n 30° 18 n 40 15 n 160 m b. The style expected to solve the problem provided to. A block and tackle system has 4 pulley to lift the load of 840 newton through a distance of 12 metre the weight of the movable pulley is 20 newton the velocity ratio of block.

A Force F = (4 Xi + 3Yj) Is Given In Newtons, And X And Y In Meters.

The work done by the applied force depends upon the displacement, force and the angle between the force and displacement. When a force acts to cause an object to be displaced, three quantities must be known in order to calculate the work. W = (18 n)(1 m) w = 18 j.