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The three blocks shown are released from rest and are observed to move with accelerations that have a magnitude of 1.5 m/s^2. D...Asked by Anonymous
The three blocks shown are released from rest and are observed to move with accelerations that have a magnitude of 1.5 m/s^2. Disregard any pulley mass or friction in the pulley and let M = 2 kg. The magnitude of the friction force on the block that slides horizontally is 4.6N
What is the tension force between M and 2M?
Description of the blocks location: There is table. In the middle of the table is a block 2M. On the left side of the table is a block M that hang under the left side pulley and on the right side of the table is another Block 2M that hang under the right side pulley.
What is the tension force between M and 2M?
Description of the blocks location: There is table. In the middle of the table is a block 2M. On the left side of the table is a block M that hang under the left side pulley and on the right side of the table is another Block 2M that hang under the right side pulley.
Answers
Answered by
Mad Scientist
Draw a free body diagram for M. It is going to accelerate in the direction of the "winning force" at 1.5 m/s^2. Find the net force as it is the vector sum of the forces acting on the block. Use the net force to find the tension.
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