Which team wins in a tug of war the team that pulls?
Angelita Bauch
2025-07-10 04:02:27
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: 15
If they stop exerting equal force, then acceleration will be caused as per Newton's second law, everyone will start moving. For the system to remain still, the net force needs to be 0, therefore the two forces applied on each object need to be opposite and equal. If man B pulls with less of a force then he will be moved by the force exerted on him through the rope. If instead, he pulls with more of a force, he will be the one that will force man A to move. If the forces were always equal, no one would ever be able to win. If the forces were always different, the game wouldn't last/give both sides a chance. This is why the game of tug-of-war works at all.
Anais Hahn
2025-07-03 15:50:21
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: 19
The winning team pushes harder against the ground. The ground then pushes harder on them, producing a net force in their favor. If the other team's pull is not enough to match the other team's hard pull, the weak team will lose because they didn't pull the rope harder. The group that pulls the rope harder. According to Newton third law. Answer:C. the group that pushes the ground harder.
Jaycee Kling
2025-06-25 19:19:41
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: 14
The team that pushes harder against the ground.
Pushing harder against the ground makes friction.
With friction, you can move your legs better to pull the rope.
The team that wins in tug-of-war is the one that pushes harder against the ground, as this creates more friction.
The more friction a team generates, the easier it is for them to pull on the rope.
Therefore, pushing against the ground effectively allows a team to win the tug-of-war.
When participants in a tug-of-war pull on the rope, they exert forces not only on the rope but also against the ground with their feet.
The interaction between their feet and the ground is crucial because this is where they gain traction due to friction.
If they can maintain this pushing against the ground, they will be able to pull harder on the rope, leading them to victory.
For instance, if Team A pushes down on the ground harder than Team B, they will be able to generate more friction and grip, thus enabling them to pull the rope more efficiently, leading to their victory.
Carley Kutch
2025-06-25 17:20:17
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: 14
The frictional force can be described as the kind of force that resists the movement of an object. The direction of this force is opposite to the direction of the object's movement, and its magnitude depends on the normal force working on an object. As the value of the tension in the rope is the same for both teams, it's the force of friction on their feet that wins the tug of war. For the team that pushes forward on the ground with the greatest force, the ground pushes back and leads them away from their initial point in the right direction and leads the opposite team towards the centerline.
Arne Koch
2025-06-25 14:12:26
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: 13
According to Newton's third law of motion, for every force of action, there is an equal and counterforce reaction. If both teams stretch the rope. Force is defined as an interaction that could cause a change in the motion of an object if it is not opposed. Newton is the measurable unit of force.
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