The graph shows the displacement of a wave as a function of position (the snapshot graph) at time t=0. The vertical axis is displacement in cm and the horizontal axis is position in meters. If the wave is travelling to the right at 1.28 m/s, what is the period of this wave, in seconds?
The graph shows the displacement of a wave as a function of position (the snapshot graph) at time t=0. The vertical axis is displacement in cm and the horizontal axis is position in meters. If the wave is travelling to the right at 1.28 m/s, what is the period of this wave, in seconds?
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The graph shows the displacement of a wave as a function of position
(the snapshot graph) at time t=0. The vertical axis is displacement in cm
and the horizontal axis is position in meters. If the wave is travelling to
the right at 1.28 m/s, what is the period of this wave, in seconds?
For the previous question, suppose the same snapshot graph describes
a wave with period 8.4 seconds, travelling to the left at some velocity
that may be different than the previous question. If the graph represents
the height of water in a water wave, and a duck is floating in the water at
location x=5m, what is the maximum vertical speed of the duck during
the oscillation?
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