A uniform rod of mass m, hinged at its upper end, is released from rest from a horizontal position. When it passes through the vertical position, the force on the hinge is

A uniform thin rod of mass 'm' and length '3l' is released from rest from horizontal position as shown. When it passes through the vertical line AD, it gets broken at point 'C' without jerk. Find the angle (in radian) rotated by rod BC till its centre of mass passes through the horizontal line PQ frm the instant of breakage (g = 10 m//s^(2)) (hinge is smooth)

A uniform thin rod of mass 'm' and length '3l' is released from rest from horizontal position as shown. When it passes through the vertical line AD, it gets broken at point 'C' without jerk. Find the angle (in radian) rotated by rod BC till its centre of mass passes through the horizontal line PQ frm the instant of breakage (g = 10 m//s^(2)) (hinge is smooth)

A thin uniform rod mass M and length L is hinged at its upper end. And released from rest from a horizontal position. The tenstion at a point located at a distance L//3 from the hinge point, when the rod become vertical will

A thin uniform rod mass M and length L is hinged at its upper end. And released from rest from a horizontal position. The tenstion at a point located at a distance L//3 from the hinge point, when the rod become vertical will

One end of a uniform rod of length l and mass m is hinged at A. It is released from the rest from horizontal position AB as shown in figure. The force exerted by the rod on the hinge when it becomes verticle is

Two particles each of mass m are attached at end points of a massless rod AB of length l. Rod is hinged at point C as shown. Rod is released from rest from horizontal position. At the instant when rod reaches its vertical position as shown, which of the following is / are correct: