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Torsion resisting capacity of a given RC section
- a)Decreases with a decrease in stirrup spacing
- b)Decreases with increases in longitudinal bars
- c)Does not depend upon stirrup and longitudinal steels
- d)Increases with the increases in the stirrup and longitudinal steel
Correct answer is option 'D'. Can you explain this answer?
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Torsion resisting capacity of a given RC sectiona)Decreases with a de...
As the area of longitudinal and transverse reinforcement increases and hence the torsion resistance capacity of the section increases. To resist torsion section reinforcement must consist of closely spaced stirrups and longitudinal bars.
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Torsion resisting capacity of a given RC sectiona)Decreases with a de...
Torsion Resisting Capacity of RC Section:
Torsion is a twisting force that occurs in a structure when it is subjected to a load. The torsion resisting capacity of a reinforced concrete (RC) section refers to its ability to resist twisting forces.
Factors affecting torsion resisting capacity:
There are several factors that affect the torsion resisting capacity of an RC section. These factors include:
1. Stirrup spacing
2. Longitudinal bars
3. Stirrup and longitudinal steel
Effect of stirrup spacing:
Stirrups are vertical bars that are placed in an RC section to resist shear forces. The spacing between stirrups affects the torsion resisting capacity of an RC section. When the stirrup spacing is decreased, the torsion resisting capacity of the RC section also decreases.
Effect of longitudinal bars:
Longitudinal bars are placed in an RC section to resist bending forces. The number of longitudinal bars affects the torsion resisting capacity of an RC section. When the number of longitudinal bars is increased, the torsion resisting capacity of the RC section decreases.
Effect of stirrup and longitudinal steel:
The torsion resisting capacity of an RC section depends upon the amount of stirrup and longitudinal steel used. When the amount of stirrup and longitudinal steel is increased, the torsion resisting capacity of the RC section also increases.
Conclusion:
In conclusion, the torsion resisting capacity of an RC section depends upon several factors. While stirrup spacing and longitudinal bars have a negative effect on torsion resisting capacity, the amount of stirrup and longitudinal steel has a positive effect.
Torsion is a twisting force that occurs in a structure when it is subjected to a load. The torsion resisting capacity of a reinforced concrete (RC) section refers to its ability to resist twisting forces.
Factors affecting torsion resisting capacity:
There are several factors that affect the torsion resisting capacity of an RC section. These factors include:
1. Stirrup spacing
2. Longitudinal bars
3. Stirrup and longitudinal steel
Effect of stirrup spacing:
Stirrups are vertical bars that are placed in an RC section to resist shear forces. The spacing between stirrups affects the torsion resisting capacity of an RC section. When the stirrup spacing is decreased, the torsion resisting capacity of the RC section also decreases.
Effect of longitudinal bars:
Longitudinal bars are placed in an RC section to resist bending forces. The number of longitudinal bars affects the torsion resisting capacity of an RC section. When the number of longitudinal bars is increased, the torsion resisting capacity of the RC section decreases.
Effect of stirrup and longitudinal steel:
The torsion resisting capacity of an RC section depends upon the amount of stirrup and longitudinal steel used. When the amount of stirrup and longitudinal steel is increased, the torsion resisting capacity of the RC section also increases.
Conclusion:
In conclusion, the torsion resisting capacity of an RC section depends upon several factors. While stirrup spacing and longitudinal bars have a negative effect on torsion resisting capacity, the amount of stirrup and longitudinal steel has a positive effect.
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Torsion resisting capacity of a given RC sectiona)Decreases with a decrease in stirrup spacingb)Decreases with increases in longitudinal barsc)Does not depend upon stirrup and longitudinal steelsd)Increases with the increases in the stirrup and longitudinal steelCorrect answer is option 'D'. Can you explain this answer?
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Torsion resisting capacity of a given RC sectiona)Decreases with a decrease in stirrup spacingb)Decreases with increases in longitudinal barsc)Does not depend upon stirrup and longitudinal steelsd)Increases with the increases in the stirrup and longitudinal steelCorrect answer is option 'D'. Can you explain this answer? for SSC 2024 is part of SSC preparation. The Question and answers have been prepared according to the SSC exam syllabus. Information about Torsion resisting capacity of a given RC sectiona)Decreases with a decrease in stirrup spacingb)Decreases with increases in longitudinal barsc)Does not depend upon stirrup and longitudinal steelsd)Increases with the increases in the stirrup and longitudinal steelCorrect answer is option 'D'. Can you explain this answer? covers all topics & solutions for SSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Torsion resisting capacity of a given RC sectiona)Decreases with a decrease in stirrup spacingb)Decreases with increases in longitudinal barsc)Does not depend upon stirrup and longitudinal steelsd)Increases with the increases in the stirrup and longitudinal steelCorrect answer is option 'D'. Can you explain this answer?.
Torsion resisting capacity of a given RC sectiona)Decreases with a decrease in stirrup spacingb)Decreases with increases in longitudinal barsc)Does not depend upon stirrup and longitudinal steelsd)Increases with the increases in the stirrup and longitudinal steelCorrect answer is option 'D'. Can you explain this answer? for SSC 2024 is part of SSC preparation. The Question and answers have been prepared according to the SSC exam syllabus. Information about Torsion resisting capacity of a given RC sectiona)Decreases with a decrease in stirrup spacingb)Decreases with increases in longitudinal barsc)Does not depend upon stirrup and longitudinal steelsd)Increases with the increases in the stirrup and longitudinal steelCorrect answer is option 'D'. Can you explain this answer? covers all topics & solutions for SSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Torsion resisting capacity of a given RC sectiona)Decreases with a decrease in stirrup spacingb)Decreases with increases in longitudinal barsc)Does not depend upon stirrup and longitudinal steelsd)Increases with the increases in the stirrup and longitudinal steelCorrect answer is option 'D'. Can you explain this answer?.
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Torsion resisting capacity of a given RC sectiona)Decreases with a decrease in stirrup spacingb)Decreases with increases in longitudinal barsc)Does not depend upon stirrup and longitudinal steelsd)Increases with the increases in the stirrup and longitudinal steelCorrect answer is option 'D'. Can you explain this answer?, a detailed solution for Torsion resisting capacity of a given RC sectiona)Decreases with a decrease in stirrup spacingb)Decreases with increases in longitudinal barsc)Does not depend upon stirrup and longitudinal steelsd)Increases with the increases in the stirrup and longitudinal steelCorrect answer is option 'D'. Can you explain this answer? has been provided alongside types of Torsion resisting capacity of a given RC sectiona)Decreases with a decrease in stirrup spacingb)Decreases with increases in longitudinal barsc)Does not depend upon stirrup and longitudinal steelsd)Increases with the increases in the stirrup and longitudinal steelCorrect answer is option 'D'. Can you explain this answer? theory, EduRev gives you an
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