M oooooo FIG. 7. A solid cylinder attached to a horizontal spring with spring constant & rolls without slipping along a horizontal surface. Problem 8 In the above figure, a solid cylinder of mass M = 5.00 kg that is attached to a horizontal spring with spring constant k = 3.00; N rolls without slipping along a horizontal surface. The system is released from rest when the spring is stretched. Show that under these conditions the cylinder's center of mass executes simple harmonic motion and determine the period of m motion.

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vooooo
FIG. 7. A solid cylinder attached to a horizontal spring with spring constant & rolls without slipping along a horizontal
surface.
Problem 8
In the above figure, a solid cylinder of mass
M = 5.00 kg that is attached to a horizontal
spring with spring constant k = 3.00
N
rolls without slipping along a horizontal surface. The
system is released from rest when the spring is stretched. Show that under these conditions
the cylinder's center of mass executes simple harmonic motion and determine the period of
m
motion.
Transcribed Image Text:M vooooo FIG. 7. A solid cylinder attached to a horizontal spring with spring constant & rolls without slipping along a horizontal surface. Problem 8 In the above figure, a solid cylinder of mass M = 5.00 kg that is attached to a horizontal spring with spring constant k = 3.00 N rolls without slipping along a horizontal surface. The system is released from rest when the spring is stretched. Show that under these conditions the cylinder's center of mass executes simple harmonic motion and determine the period of m motion.
vooooo
FIG. 7. A solid cylinder attached to a horizontal spring with spring constant k rolls without slipping along a horizontal
surface.
Problem 8
In the above figure, a solid
that is attached to a horizontal
cylinder of mass
N
M 5.00 kg
m
spring with spring constant k = 3.00 rolls without slipping along a horizontal surface. The
system is released from rest when the spring is stretched. Show that under these conditions
the cylinder's center of mass executes simple harmonic motion and determine the period of
motion.
Transcribed Image Text:vooooo FIG. 7. A solid cylinder attached to a horizontal spring with spring constant k rolls without slipping along a horizontal surface. Problem 8 In the above figure, a solid that is attached to a horizontal cylinder of mass N M 5.00 kg m spring with spring constant k = 3.00 rolls without slipping along a horizontal surface. The system is released from rest when the spring is stretched. Show that under these conditions the cylinder's center of mass executes simple harmonic motion and determine the period of motion.
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