Consider a rigid rod AB acted upon by a force F at point A, inclined as shown. What is the perpendicular distance of the force from the fixed point P?

A uniform rod of length L and weight W is placed on a fulcrum a distance of 0.4L from the left end. On the left end is placed a mass of weight 2W and on the right end a vertical force F is applied to keep the system in balance. What are the magnitude and direction of the force F?

A rigid mass less rod of length L is hinged at its  one end and a weight W is hung at a distance l(<L) from this end. What a force P should be applied upwards at the other end so that the rod remains in equilibrium horizontally ?

Uniform rod of mass m and length a,P point is at distance a from near end,and at extension of the rod.

A 5.0-kg block and a 4.0-kg block are connected by a 0.6-kg rod as shown:The links between the blocks and the rod are denoted by A and B.A force F is applied to the upper block.Let the applied force F equal 150 N. The force in link B is closest to:Group of answer choices56 N62 N60 N54 N58 N

A rigid rod XY has negligible mass and length 75 cm. The rod is suspended from a fixed point Pby a string attached to end X. An object of mass 11 kg is suspended by a string that is attached tothe rod at a distance of 25 cm from end X, as shown.75 cm25 cm11 kgPX YWhich vertically upward force acting on end Y of the rod would hold the rod horizontally inequilibrium?A 3.7 N B 33 N C 36 N D 320 N