h PROCEDURE 1. For the system shown in the figure, use the Law of Conservation of Mechanical Energy to derive an expression for the instantaneous velocity v of the cylinder at the bottom of the incline. Assume that the cylinder is released from rest and that it rolls without slipping. Your final expression should only contain the acceleration of gravity (g), the height of the incline (h) and numerical constants.
h PROCEDURE 1. For the system shown in the figure, use the Law of Conservation of Mechanical Energy to derive an expression for the instantaneous velocity v of the cylinder at the bottom of the incline. Assume that the cylinder is released from rest and that it rolls without slipping. Your final expression should only contain the acceleration of gravity (g), the height of the incline (h) and numerical constants.
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Transcribed Image Text:h
d
PROCEDURE
1. For the system shown in the figure,
use the Law of Conservation of
Mechanical Energy to derive an
expression for the instantaneous
velocity v of the cylinder at the bottom
Assume that the
of the incline.
cylinder is released from rest and that
it rolls without slipping. Your final
expression should only contain the
acceleration of gravity (g), the height
of the incline (h) and numerical
constants.
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