What type of energy is tug of war?
Larue Boyer
2025-07-01 01:26:46
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: 16
The game of tug of war involves two opposing forces, wherein the greater force acting upon the rope in pulling wins. Energy increases power and with greater power, work is done efficiently so the person having the greatest energy is most likely to win. Tug of war reflects work. For example, in performing your job, you have to exert enough energy and power in order to become productive and do your job well. Just like the tug of war, if you want to do well you have to pull the rope (job) to become efficient.
Lonnie Reinger
2025-06-29 20:43:55
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: 12
That is correct, contrary to what a lot of people first think, it's not kinetic friction but static friction with the ground that allows you to win a tug of war. You need static friction with the ground in order to pull the rope in your direction. For now, let's say instead of winning the tug of war, your goal is simply to resist the force of your opponent; that is, to keep still. He pulls on the rope, but you don't move; your feet's static friction with the ground keep you in place. Now, you decide to try to pull him. Here is where a lot of times the confusion happens because since you are moving, people think its kinetic friction that helps you pull. But while you do this, the other foot, the one that you didn't lift, must remain in place, and not slide in his direction: hence, once again it is static friction keeping it in place, and not kinetic. Only if you slid while moving your feet back would there be kinetic friction, and sliding is not the way to win a tug of war.
Vinnie Howell
2025-06-23 14:07:55
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: 11
The type of force is not explicitly stated in the text as the type of energy of tug of war.
Team B pulls Team A to the right.
We have the same coefficient of static friction however Team B pulls everyone right since they have more mass than us.
If team B pulls team A, does each team still have the same amount of tension pulling against them from the rope?
From what I've read, the tension from the rope should be the same for each team due to newton's third law.
The magnitude of the Tension of the Rope increase with Team B's static friction force.
Mariam Schuppe
2025-06-09 21:28:19
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: 15
When something is in motion it has kinetic energy. Tug of war is an activity that involves motion. When energy is being stored it is referred to as potential energy. Since energy can not be created or destroyed, energy is transferred from one type of energy (potential) to another (kinetic). When something is in motion it has kinetic energy.
Lavonne Hand
2025-06-09 17:04:20
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: 12
In this activity, students play tug o' war to experience the push-pull of forces, exploring Newtons' Third Law of Motion: for every action there is an equal and opposite reaction. According to Newton, whenever objects A and B interact with each other, they exert forces upon each other. The first team to tug is the action force, causing the pull on the rope, as the reaction force, the other teams rope end feels the pull. There are two forces resulting from this interaction - a force on the chair and a force on your body. These two forces are called action and reaction forces and are the subject of Newton's third law of motion. In this activity, the rope is the means to transfer forces.
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