6. A block, mass 20 kg, is pulled upwards by a force F along a plane inclined at 30° to the horizontal. It accelerates along the inclined plane at 2 m.s-2. The surface of the incline exerts a friction force on the block 6.1 Draw a diagram showing all the forces acting on the block (a force diagram) as it moves up the incline. Also draw a free-body diagram for the block. Calculate the component of the (4) 6.2 gravitational force exerted on the block parallel to the incline. (2)

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6.
A block, mass 20 kg, is pulled upwards by a force F
along a plane inclined at 30° to the horizontal. It
accelerates along the inclined plane at 2 m-s-2. The
surface of the incline exerts a friction force on the
block!
6.1
Draw a diagram showing all the forces
acting on the block (a force diagram) as
it moves up the incline. Also draw a
free-body diagram for the block.
Calculate the component of the
(4)
6.2
gravitational force exerted on the block
parallel to the incline.
(2)
Transcribed Image Text:6. A block, mass 20 kg, is pulled upwards by a force F along a plane inclined at 30° to the horizontal. It accelerates along the inclined plane at 2 m-s-2. The surface of the incline exerts a friction force on the block! 6.1 Draw a diagram showing all the forces acting on the block (a force diagram) as it moves up the incline. Also draw a free-body diagram for the block. Calculate the component of the (4) 6.2 gravitational force exerted on the block parallel to the incline. (2)
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