A uniform stick of mass `M` is placed in a frictionless well as shown. The stick makes an angle `theta` with the horizontal. Then the force which the vertical wall exerts on right end of stick is `:`

A uniform stick of length L and mass M hinged at end is released from rest at an angle theta_(0) with the vertical show that when the angle with the vertical is theta . The hinge exerts of force F_(r) along the stick and F_(t) perpendicular tot he stick given by F_(r)=(1)/(2)Mg(5costheta-3costheta_(0)) and F_(t)=(1)/(4)Mgsintheta

A uniform stick of length L and mass M hinged at end is released from rest at an angle theta_(0) with the vertical show that when the angle with the vertical is theta . The hinge exerts of force F_(r) along the stick and F_(t) perpendicular tot he stick given by F_(r)=(1)/(2)Mg(5costheta-3costheta_(0)) and F_(t)=(1)/(4)Mgsintheta

A uniform stick of mass M and length L is kept vertical on a frictionless horizontal floor. If the stick is allowed to fall, then mark the correct alternatives

A stationary uniform rod of mass 'm', length 'l' leans against a smooth vertical wall making an angle theta with horizontal floor. Find the normal force & frictional force that is exerted by the floor on the rod ?

A block mass 'm' is placed on a frictionless inclined plane of inclination theta with horizontal. The inclined plane is accelerated horizontally so that the block does not slide down. In this situation vertical force exerted by the inclined plane on the block is: