A uniform cube of side length 8 0 cm rests on a horizontal floor The coefficient of static friction between cube and floor is A horizontal pull P is applied perpendicular to one of the vertical faces of the cube, at a distance 1 0 cm above the floor on the vertical midline of the cube face The magn...

When it is about to move we are still able to apply the equilibrium conditions but to obtain the cri ...

A uniform cube of side length 8.0 cm rests on a horizontal floor. The coefficient of static

Question:

A uniform cube of side length 8.0 cm rests on a horizontal floor. The coefficient of static friction between cube and floor is μ. A horizontal pull P is applied perpendicular to one of the vertical faces of the cube, at a distance 1.0 cm above the floor on the vertical midline of the cube face. The magnitude of F is gradually increased. During that increase, for what values of p will the cube eventually

(a) Begin to slide and

(b) Begin to tip?