Question

in a game of tug of war, a condition of equilibrium exists .both the team pull the rope with a force of 10^4 n. tension in the rope is ​

Answer 1

10^4

Explanation:

In a game of tug of wars, a condition of equilibrium exists. Both the teams pull the rope with a force of 10^4 The tension in the rope is equal and opposite to the force with which both teams pull the rope i.e., 10^4.

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Answer 2

Answer:

The tension in the rope will be 10⁴ N.

Explanation:

• We know that a condition of equilibrium exists when the team pulls the rope with a force of 10⁴ N.
• Due to equilibrium, the tension in the rope will be equal to the force applied to the rope.
• It must be noted that the direction of both the forces will be opposite but their magnitude will be the same.
• Therefore the total tension in the rope is 10⁴ N.