Use the value of (x=48) A block, from rest, is pulled by a cable at a force T having a magnitude equal to 8/10 of the weight of the block. At an instance when the block reach a height of 5m from the ground, determine: the work done by the weight of the block.
Express all your answer in four decimal places with units expressed in the following (units must be included in your answers):
Unit for work = Joules
Unit for velocity = m/s
Unit for acceleration = m/s^2
Unit for direction (angle) = degree
Unit for time = seconds
For items 12-15, refer to the figure attached to item 12.
Use the value of (x=48)
A block, from rest, is pulled by a cable at a force T having a magnitude equal to 8/10 of the weight of the block. At an instance when the block reach a height of 5m from the ground, determine: the work done by the weight of the block.
A block, from rest, is pulled by a cable at a force T having a magnitude equal to 8/10 of the weight of the block. At an instance when the block reach a height of 5m from the ground, determine: the work done by the friction between the block and the inclined surface where it is moving.
A block, from rest, is pulled by a cable at a force T having a magnitude equal to 8/10 of the weight of the block. At an instance when the block reach a height of 5m from the ground, determine: the work done by the pulling force T.
A block, from rest, is pulled by a cable at a force T having a magnitude equal to 8/10 of the weight of the block. At an instance when the block reach a height of 5m from the ground, determine: the total work done in the block
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