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Left closed in review as "Original close reason(s) were not resolved" by Miyase, John Rennie, Buzz♦
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Qmechanic ♦
Qmechanic ♦
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Exercise related to question

I encountered this problem while working on this exercise. The question is to find an expression for the acceleration of the two blocks. I started with writing newtons second law for the two blocks and newtons second law involving torque which is related to the angular acceleration of the pulley. My question is: is the tangential acceleration equal to the acceleration of the blocks? If so, why is this the case?

Exercise related to question

I encountered this problem while working on this exercise. The question is to find an expression for the acceleration of the two blocks. I started with writing newtons second law for the two blocks and newtons second law involving torque which is related to the angular acceleration of the pulley. My question is: is the tangential acceleration equal to the acceleration of the blocks? If so, why is this the case?

Exercise related to question

I encountered this problem while working on this exercise. The question is to find an expression for the acceleration of the two blocks. I started with writing newtons second law for the two blocks and newtons second law involving torque which is related to the angular acceleration of the pulley. My question is: is the tangential acceleration equal to the acceleration of the blocks? If so, why is this the case?

Post Closed as "Not suitable for this site" by Farcher, Jon Custer, Hyperon
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BioPhysicist
BioPhysicist
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Jan Oreel
Jan Oreel
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Tangential acceleration and acceleration of blocks

Exercise related to question

I encountered this problem while working on this exercise. The question is to find an expression for the acceleration of the two blocks. I started with writing newtons second law for the two blocks and newtons second law involving torque which is related to the angular acceleration of the pulley. My question is: is the tangential acceleration equal to the acceleration of the blocks? If so, why is this the case?