A weightless rod is acted upon by two upward parallel forces of `2 N` and `4 N` at ends `A` and `B` respectively. The total length of the rod `AB = 3 m`. To keep the rod in equilibrium a force of `6 N` should act in the following manner.

A weightless rod is acted on by upward parallel forces of 2 N and 4N ends A and B respectively. The total leng th of the rod AB=3m . To keep the rod in equilibrium a fo rce of 6 N should act in the following manner :

A weightless rod is acted upon by upward parallel forces of 2 newton and 4 newton magnitudes at ends A and B respectively. The total length of the rod AB = 3metere. TO keep the rod in equilibrium a force of 6 newton act in the following manner.

Two like parallel force 20 N and 30 N act at the ands A and B of a rod 1.5 m long. The resultant of the forces will act at the point

Two like parallel force 20 N and 30 N act at the ands A and B of a rod 1.5 m long. The resultant of the forces will act at the point

Determine the point of application of third force for which body is in equillibrium when forces of 20 N & 30 N are acting on the rod as shown in figure