There are two blocks, A and B, of weight w, and wɛ (respectively). Block A and B are connected by a cable. Block A slides on an incline of angle owith coefficient of friction µ. Find the general expression for the position, velocity and acceleration of the blocks if they start with an initial velocity of v, and initial position of x, A Then calculate the distance the blocks move by the time the velocity reaches vif the blocks are released from rest. Assume that w;= 2wg- 3v 2g(2-sin-µ, cos p) Ans. X, ='
There are two blocks, A and B, of weight w, and wɛ (respectively). Block A and B are connected by a cable. Block A slides on an incline of angle owith coefficient of friction µ. Find the general expression for the position, velocity and acceleration of the blocks if they start with an initial velocity of v, and initial position of x, A Then calculate the distance the blocks move by the time the velocity reaches vif the blocks are released from rest. Assume that w;= 2wg- 3v 2g(2-sin-µ, cos p) Ans. X, ='
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Question
![There are two blocks, A and B, of weight wa and wɛ
(respectively). Block A and B are connected by a cable.
Block A slides on an incline of angle o with coefficient of
friction . Find the general expression for the position,
velocity and acceleration of the blocks if they start with an
initial velocity of v, and initial position of x,
B
Then calculate the distance the blocks move by the time
the velocity reaches v, if the blocks are released from rest.
Assume that wg= 2wj-
Ans.
Xy =
2g(2–sin p-µ,coS P)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F02b9af61-d9e1-46b6-88d9-2144b45dbae7%2Fd9dc751a-1ad8-4209-8e80-54f632e3ec13%2F75d5l8_processed.png&w=3840&q=75)
Transcribed Image Text:There are two blocks, A and B, of weight wa and wɛ
(respectively). Block A and B are connected by a cable.
Block A slides on an incline of angle o with coefficient of
friction . Find the general expression for the position,
velocity and acceleration of the blocks if they start with an
initial velocity of v, and initial position of x,
B
Then calculate the distance the blocks move by the time
the velocity reaches v, if the blocks are released from rest.
Assume that wg= 2wj-
Ans.
Xy =
2g(2–sin p-µ,coS P)
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