As shown in the figure, the friction force acting on the block is

friction force acting on the block

(c) Determine the friction force exerted on the block (assumed to be constant).

A block of mass 6 kg is being pulled by force 24 N as shown. If coefficient of friction between block and the surface is 0.6, frictional force acting on the block is   A.36 N  B.32 NC.12 N  D.none of these

A 10 kg block is placed on a horizontal surface whose coefficient of friction is 0.25. A horizontal force P = 15 N first acts on it in the eastward direction. Later, in addition to P a second horizontal force Q = 20 N acts on it in the northward direction : (Both east and west are in the plane of the fig and the gravity acts perpendicular to this plane )The block will not move when only P acts, but will be about to move when both P and Q actIf the block moves, the acceleration will be 0.5 m/s2.When the block moves, its direction of motion will be   (4/3) east of north When both P and Q act, the direction of the force of friction acting on the block will be   (3/4) west of      south

In the diagram below, the same small horizontal force is applied to blocks "A" and "B", however, block "A" generates a greater friction force than block "B". Question 16Select one:TrueFalse