ticle. Does the motion appear to be periodic? Does the motion appear to be simple harmonic? What are the period and frequency of the motion? AA of t (s) 2 6. Consider now a different position-time graph. The motion is identical to Part (a) for Os < t < 8s. Does the motion appear to be periodic? For the particle in Part (a) if you only have the data to Os < t < 8s can you tell the difference between AAA 6 18 10 t (s) that motion and the one shown to the right?

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To the right we have the position-time graph for a par-
ticle. Does the motion appear to be periodic? Does the
motion appear to be simple harmonic? What are the
period and frequency of the motion?
AA-
AAA
t (s)
18
2
14
6.
Consider now a different position-time graph. The
motion is identical to Part (a) for 0s < t < 8s.
Does the motion appear to be periodic? For the
particle in Part (a) if you only have the data to
Os <t < 8s can you tell the difference between
that motion and the one shown to the right?
-2
2
6.
18
10
t (s)
Transcribed Image Text:To the right we have the position-time graph for a par- ticle. Does the motion appear to be periodic? Does the motion appear to be simple harmonic? What are the period and frequency of the motion? AA- AAA t (s) 18 2 14 6. Consider now a different position-time graph. The motion is identical to Part (a) for 0s < t < 8s. Does the motion appear to be periodic? For the particle in Part (a) if you only have the data to Os <t < 8s can you tell the difference between that motion and the one shown to the right? -2 2 6. 18 10 t (s)
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