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For stability of equilibrium configuration the net moment acting on the body by various forces is zero.
- a)True
- b)False
Correct answer is option 'A'. Can you explain this answer?
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For stability of equilibrium configuration the net moment acting on th...
The equilibrium is only attained if the net moment on the body tends to be equal to zero. Thus the moments caused by different forces cancels out. If this happens there is no motion of the body along any direction and hence the body is said to be in equilibrium. The body here is a rigid body.
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For stability of equilibrium configuration the net moment acting on th...
Explanation:
Stability of Equilibrium Configuration:
In order to ensure the stability of an equilibrium configuration of a body, the net moment acting on the body by various forces must be zero. This means that all the forces acting on the body must create a state of balance where the body remains in a fixed position without any tendency to rotate or move.
Net Moment and Equilibrium:
When the net moment acting on a body is zero, it indicates that the sum of all the moments generated by the forces acting on the body is balanced. This equilibrium condition ensures that the body remains in a stable position without any rotational motion.
Importance of Zero Net Moment:
If the net moment acting on a body is not zero, then the body will experience a rotational motion which can lead to instability. In such cases, the body may topple over or deviate from its equilibrium position.
Conclusion:
Therefore, for the stability of an equilibrium configuration, it is essential that the net moment acting on the body by various forces is zero. This ensures that the body remains in a state of balance and does not undergo any rotational motion.
Stability of Equilibrium Configuration:
In order to ensure the stability of an equilibrium configuration of a body, the net moment acting on the body by various forces must be zero. This means that all the forces acting on the body must create a state of balance where the body remains in a fixed position without any tendency to rotate or move.
Net Moment and Equilibrium:
When the net moment acting on a body is zero, it indicates that the sum of all the moments generated by the forces acting on the body is balanced. This equilibrium condition ensures that the body remains in a stable position without any rotational motion.
Importance of Zero Net Moment:
If the net moment acting on a body is not zero, then the body will experience a rotational motion which can lead to instability. In such cases, the body may topple over or deviate from its equilibrium position.
Conclusion:
Therefore, for the stability of an equilibrium configuration, it is essential that the net moment acting on the body by various forces is zero. This ensures that the body remains in a state of balance and does not undergo any rotational motion.
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For stability of equilibrium configuration the net moment acting on the body by various forces is zero.a)Trueb)FalseCorrect answer is option 'A'. Can you explain this answer?
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