14] A 2 kg block is released from rest at point A and slides down an incline and into a ¾ cylinder of radius R = 3m, the cross section of which is shown below. Assume no friction between the %3D block and the incline and the block and the cylinder. H = 2.5 R R *y 07] a) Confirm the block's speed at point B to be 7.75 m/s. 07] b) By first drawing an FBD for the block at point B. find the force the cylinder exerts on the block at this point. Use [g| = 10 m/s? %3D

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14] A 2 kg block is released from rest at point A and slides down an incline and into a % cylinder
of radius R = 3m, the cross section of which is shown below. Assume no friction between the
block and the incline and the block and the cylinder.
A
A = 2.5 R
R
*y
07] a) Confirm the block's speed at point B to be 7.75 m/s.
07] b) By first drawing an FBD for the block at point B. find the force the cylinder exerts on the block
at this point.
Use [g| = 10 m/s?
%3D
Transcribed Image Text:14] A 2 kg block is released from rest at point A and slides down an incline and into a % cylinder of radius R = 3m, the cross section of which is shown below. Assume no friction between the block and the incline and the block and the cylinder. A A = 2.5 R R *y 07] a) Confirm the block's speed at point B to be 7.75 m/s. 07] b) By first drawing an FBD for the block at point B. find the force the cylinder exerts on the block at this point. Use [g| = 10 m/s? %3D
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