' 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 '. Which of the following is the correct reason for this ?
Answers
Answer:
reason is Newton’s 3rd law of motion
Explanation:
According to Newton’s 3rd law of motion, Every action has an equal and opposite reaction
In the case mentioned above, force applied for pulling the rope by both the teams is equal and are cancelling out the force applied on pulling.
Therefore the rope is not moving either side
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Answer:
Explanation:
The rope is not moving, hence the net force exerted on it is zero, so the magnitude of both teams will be equal. Because it is being pulled by the same force from both directions, the rope cannot move in either direction at this time.
Teams use pulls on the rope to apply forces during a game of tug of war. Two pulls on the rope have opposing effects. The rope moves in the direction of the greater force, which is determined by the net force, which is the difference between the two forces (pulls).
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