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___ forces are acting on a rope in a tug of war
- a)Non-concurrent
- b)Parallel
- c)Non-collinear
- d)Colinear
Correct answer is option 'D'. Can you explain this answer?
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___ forces are acting on a rope in a tug of wara)Non-concurrentb)Paral...
Collinear forces: The forces, whose lines of action lie on the same line, are known as collinear forces.
Tug of war is a contest in which two teams pull at opposite ends of a rope until one drags the other over a central line. In a tug of war, all the forces applied by the people pulling towards them are along a line i.e. along the length of the rope.
Tug of war is a contest in which two teams pull at opposite ends of a rope until one drags the other over a central line. In a tug of war, all the forces applied by the people pulling towards them are along a line i.e. along the length of the rope.
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___ forces are acting on a rope in a tug of wara)Non-concurrentb)Paral...
Forces Acting on a Rope in a Tug of War:
The forces acting on a rope in a tug of war are colinear, which means they are all acting along the same line. Here is a detailed explanation:
Non-concurrent Forces:
- In a tug of war, the two teams pulling on the rope are applying forces in opposite directions.
- These forces are non-concurrent because they do not meet at a single point; instead, they are parallel to each other.
Colinear Forces:
- Despite being parallel, the forces in a tug of war are considered colinear because they are all acting along the same line - the line of the rope.
- This alignment of forces creates tension in the rope, with each team trying to overcome the opposing force by pulling harder.
Importance of Understanding Forces:
- Understanding the nature of forces in a tug of war is crucial for predicting the behavior of the rope and determining which team will be successful in pulling the other across a designated line.
- By recognizing the forces as colinear, one can apply principles of equilibrium and calculate the resulting tension in the rope.
In conclusion, the forces acting on a rope in a tug of war are colinear, meaning they are all aligned along the same line. This understanding is essential for analyzing the dynamics of the tug of war and predicting the outcome based on the forces applied by each team.
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___ forces are acting on a rope in a tug of wara)Non-concurrentb)Parallelc)Non-collineard)ColinearCorrect answer is option 'D'. Can you explain this answer?
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