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1. The figure below shows a snapshot graph at time t=-0.02s of a wave pulse on a string. The pulse is traveling to the right at 100 cm/s. A). Draw snapshot graphs of the wave pulse at the times shown next to the axes. DA t=-0.02 s v = 100 m/s = (100 cm/s) (0.01 s) = 1 cm Ax = vAt = Δι X(cm) 2 DA 3 ►X(cm) t=-0.01 s DA DA 2 X(cm) t = 0.00 s 4 t= 0.01 s X(cm) 2 4 t= 0.02 s 2 4 ►X(cm) B. Now draw the history graph D (x = 2 cm, t). X=2cm -0.02 0.02 t(s) Created hv D. Zohrabi Algee Fa23 lightly modified hu R Thomas Do displacement and move that specific displacement

1. The figure below shows a snapshot graph at time t=-0.02s of a wave pulse on a string. The pulse is traveling to the right at 100 cm/s. A). Draw snapshot graphs of the wave pulse at the times shown next to the axes. DA t=-0.02 s v = 100 m/s = (100 cm/s) (0.01 s) = 1 cm Ax = vAt = Δι X(cm) 2 DA 3 ►X(cm) t=-0.01 s DA DA 2 X(cm) t = 0.00 s 4 t= 0.01 s X(cm) 2 4 t= 0.02 s 2 4 ►X(cm) B. Now draw the history graph D (x = 2 cm, t). X=2cm -0.02 0.02 t(s) Created hv D. Zohrabi Algee Fa23 lightly modified hu R Thomas Do displacement and move that specific displacement

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From the snapshot given on the top, draw a history graph D(x=2cm,t). I found the graph but I'm not sure exactly how that answer was found.

1. The figure below shows a snapshot graph at time t=-0.02s of a wave pulse on a string. The pulse is traveling to the right at 100 cm/s. A). Draw snapshot graphs of the wave pulse at the times shown next to the axes. DA t=-0.02 s v = 100 m/s = (100 cm/s) (0.01 s) = 1 cm Ax = vAt = Δι X(cm) 2 DA 3 ►X(cm) t=-0.01 s DA DA 2 X(cm) t = 0.00 s 4 t= 0.01 s X(cm) 2 4 t= 0.02 s 2 4 ►X(cm) B. Now draw the history graph D (x = 2 cm, t). X=2cm -0.02 0.02 t(s) Created hv D. Zohrabi Algee Fa23 lightly modified hu R Thomas Do displacement and move that specific displacement
Transcribed Image Text:1. The figure below shows a snapshot graph at time t=-0.02s of a wave pulse on a string. The pulse is traveling to the right at 100 cm/s. A). Draw snapshot graphs of the wave pulse at the times shown next to the axes. DA t=-0.02 s v = 100 m/s = (100 cm/s) (0.01 s) = 1 cm Ax = vAt = Δι X(cm) 2 DA 3 ►X(cm) t=-0.01 s DA DA 2 X(cm) t = 0.00 s 4 t= 0.01 s X(cm) 2 4 t= 0.02 s 2 4 ►X(cm) B. Now draw the history graph D (x = 2 cm, t). X=2cm -0.02 0.02 t(s) Created hv D. Zohrabi Algee Fa23 lightly modified hu R Thomas Do displacement and move that specific displacement
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