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The tensile force acting on the cable is in which direction w.r.t the cable?
- a)Perpendicular
- b)Parallel
- c)Tangential
- d)At an angle of 2 radians
Correct answer is option 'C'. Can you explain this answer?
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The tensile force acting on the cable is in which direction w.r.t the ...
Due to the flexibility property the cable, it offers no resistance to bending. As the bending is seen in the beams and all the solid structures. Thus the bending moment produced in the cables are not affecting the cables much. So the tensile force which is being produced is acting in the tangential direction to the points of the cable along its lengths.
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The tensile force acting on the cable is in which direction w.r.t the ...
Tensile Force in Cables
When discussing the direction of tensile force in a cable, it's essential to understand the nature of tensile forces and their relationship with the structure of the cable.
Definition of Tensile Force
- Tensile force refers to the pulling force transmitted through a cable, rope, or similar object.
Direction of Tensile Force
- The tensile force always acts along the length of the cable. This means that it is directed away from the points where the cable is anchored or attached.
Why Tangential?
- The term "tangential" in this context means that the tensile force is aligned with the cable's length.
- The cable experiences tension when it is subjected to forces that pull it in opposite directions.
Comparison with Other Directions
- **Perpendicular**: A force acting perpendicular to the cable would create compression rather than tension.
- **Parallel**: While the tensile force is indeed parallel to the cable, the more accurate term in this scenario is "tangential," which suggests that the force is acting along the curve of the cable if it is not straight.
- **At an angle of 2 radians**: This option is not a standard description of tensile forces and does not apply in general cases.
Conclusion
- Therefore, the correct answer, identifying the direction of tensile force acting on the cable, is option 'C' - "Tangential." This reflects how tensile forces function in real-world applications, ensuring that the load is effectively managed along the length of the cable.
When discussing the direction of tensile force in a cable, it's essential to understand the nature of tensile forces and their relationship with the structure of the cable.
Definition of Tensile Force
- Tensile force refers to the pulling force transmitted through a cable, rope, or similar object.
Direction of Tensile Force
- The tensile force always acts along the length of the cable. This means that it is directed away from the points where the cable is anchored or attached.
Why Tangential?
- The term "tangential" in this context means that the tensile force is aligned with the cable's length.
- The cable experiences tension when it is subjected to forces that pull it in opposite directions.
Comparison with Other Directions
- **Perpendicular**: A force acting perpendicular to the cable would create compression rather than tension.
- **Parallel**: While the tensile force is indeed parallel to the cable, the more accurate term in this scenario is "tangential," which suggests that the force is acting along the curve of the cable if it is not straight.
- **At an angle of 2 radians**: This option is not a standard description of tensile forces and does not apply in general cases.
Conclusion
- Therefore, the correct answer, identifying the direction of tensile force acting on the cable, is option 'C' - "Tangential." This reflects how tensile forces function in real-world applications, ensuring that the load is effectively managed along the length of the cable.
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The tensile force acting on the cable is in which direction w.r.t the cable?a)Perpendicularb)Parallelc)Tangentiald)At an angle of 2 radiansCorrect answer is option 'C'. Can you explain this answer?
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