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Yan_33
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Tension on a cable is the amount of force applied to the cable in order to keep it taut or stretched.
Tension on a cable can be calculated using the equation T = F/A, where T is the tension in Newtons, F is the force applied to the cable, and A is the cross-sectional area of the cable.
A moment of zero means that there is no rotation or turning force being applied to a point or object. This can occur when the forces acting on the point or object are balanced.
When the moment on A is zero, it means that there is no rotational force being applied to point A. This can cause the cable to experience a change in tension, and understanding the tension on cable CD can help in determining the stability and balance of the system.
The tension on cable CD is an important factor in determining the stability and balance of the system. If the tension is too high, it can cause the cable to snap or the system to become unstable. If the tension is too low, it can cause the system to collapse or become unbalanced.
