please answer the question.
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Answer:
T(x)=g(M+l−xlm)
Explanation:
image.prntscr.com
The Tension T is supporting
the massM of the block
that mass of the rope belonging to the lengthl−x. Assuming even distribution of mass along the rope, that mass isl−xlm
This we can say that
T(x)=g(M+l−xlm) if it is helpful please thanks me I'll follow
T(x)=g(M+l−xlm)
Explanation:
image.prntscr.com
The Tension T is supporting
the massM of the block
that mass of the rope belonging to the lengthl−x. Assuming even distribution of mass along the rope, that mass isl−xlm
This we can say that
T(x)=g(M+l−xlm) if it is helpful please thanks me I'll follow
Ike:
Thanks anyway but I think the answer is wrong because the answer is the 2nd option which I can't see in your answer. T= Mg+mg{ [ (l-x) ÷l] }.
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