Two teams are pulling a rope with equal and opposite forces each of 5 kN in a tug of war so that a condition of equilibrium exists. What will be the tensile force in the rope?

In a tug of war competition, two men pull the ends of the rope with forces equal in magnitude and opposite in direction. What is the tension in the rope ?

In a tug of war competition, two men pull the ends of the rope with forces equal in magnitude and opposite in direction. What is the tension in the rope ?

STATEMENT -1 : In a tug of war game, the two teams always pull the masless rope with same magnitude of force . and STATEMENT -2 : The force exerted by any team on the rope is equal to tension developed in the rope which will be same at both the ends .

STATEMENT -1 : In a tug of war game, the two teams always pull the masless rope with same magnitude of force . and STATEMENT -2 : The force exerted by any team on the rope is equal to tension developed in the rope which will be same at both the ends .

In a game of tug-o-war, Mark pulls the rope with a force of 60 N from the right. Sanday and George pull the rope with respective forces of 40 N and 20 N from the left, as shown in the given figure. The net force on the rope is

In a game of tug-of-war, Mark pulls the rope with a force of 60 N from the right. Sandy and George pull the rope with respective forces of 40 N and 20 N from the left. The net force on the rope is

In a tug of war, when the two teams are pulling the rope, a stage comes when the rope does not move to either side at all. What can you say about the magnitudes and directions of the forces being applied to the rope by the two teams at this stage ?