In a tug of war match, one team is pulling with a force of 500 N. If they are exactly balanced by the other team, then the tension in the rope is
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Tension in the rope is 500 N .
It is given that one of the team is pulling rope with a force of 500 N .
It is also given that they are exactly balanced by the other team .
Therefore , this team is also applying a force of 500 N to the rope .
We need to find the tension in the rope .
We know by newton's third law of motion :
Every action has an equal and opposite reaction .
This apply same here that when both the team is applying 500 N force on the rope same amount of tension will be generated .
Therefore , tension in the rope is 500 N .
Hence , this is the required solution.
Learn More :
Law's of motion
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