How Do Forces Affect Hanging Blocks Connected by Ropes?

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The discussion focuses on analyzing the forces acting on three hanging blocks (A, B, and C) connected by ropes. Participants are asked to compute the magnitudes of the forces on each block and create free-body diagrams to illustrate these forces. The weights of the blocks are specified: Block A at 10 lbs, Block B at 5 lbs, and Block C at 20 lbs. The thread emphasizes the importance of showing attempts at solving the problem and encourages users to clarify any confusion they may have. Overall, the discussion aims to deepen understanding of the mechanics involved in the system of hanging blocks.
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Blocks A, B and C hang from the ceiling and are
connected by three ropes labeled 1, 2 and 3. Block
A weighs 10 lbs, block B weighs 5 lbs and block C
weighs 20 lbs.

a. List the forces acting on block A, compute
their magnitudes and draw a free-body
diagram.

b. List the forces acting on block B, compute
their magnitudes and draw a free-body
diagram.

c. List the forces acting on block C, compute
their magnitudes and draw a free-body
diagram.


Be sure to draw force vectors with a length
proportional to the magnitude of each
force. Label tension with the rope number
(e.g. T2) and weight with the block letter
(e.g. wC).
 
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Hi mattw4466,

Please show an attempt at solving this problem. Explain what part is confusing you. No one here is going to just hand a solution to you.
 

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