A hoop and a disk, both of mass M and radius R, are suspended from the ceiling. The hoop has a small lightweight strut across the middle to attach to the pulley. Two identical blocks, A and B, are attached to the pulleys by strings that are attached to the pulleys. The blocks are released from rest and allowed to fall. Hoop Disk A B Which string, the one attached to Block A, or the one attached to Block B, has a greater tension as the blocks descend? A same
A hoop and a disk, both of mass M and radius R, are suspended from the ceiling. The hoop has a small lightweight strut across the middle to attach to the pulley. Two identical blocks, A and B, are attached to the pulleys by strings that are attached to the pulleys. The blocks are released from rest and allowed to fall. Hoop Disk A B Which string, the one attached to Block A, or the one attached to Block B, has a greater tension as the blocks descend? A same
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answer the following please
![A hoop and a disk, both of mass M and radius R, are
suspended from the ceiling. The hoop has a small
lightweight strut across the middle to attach to the pulley.
Two identical blocks, A and B, are attached to the pulleys
by strings that are attached to the pulleys. The blocks are
released from rest and allowed to fall.
Hoop
Disk
A
B
Which string, the one attached to Block A, or the one attached to Block B, has a greater tension
as the blocks descend?
A
В
same](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F71baf7d9-fbd3-40a8-9337-2d4fbd7e9231%2Fc9a4bd71-4d5e-4b54-bf2d-3158b30f4b98%2F82kn3qd_processed.png&w=3840&q=75)
Transcribed Image Text:A hoop and a disk, both of mass M and radius R, are
suspended from the ceiling. The hoop has a small
lightweight strut across the middle to attach to the pulley.
Two identical blocks, A and B, are attached to the pulleys
by strings that are attached to the pulleys. The blocks are
released from rest and allowed to fall.
Hoop
Disk
A
B
Which string, the one attached to Block A, or the one attached to Block B, has a greater tension
as the blocks descend?
A
В
same
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