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placement/ cm 0.5 8 distance / cm -0.5 he wave has a frequency of 300 Hz, determine the speed of the wave. 150 cm/s 2400 cm/s 1800 cm/s 600 cm/s 300 cm/s 1200 cm/s

placement/ cm 0.5 8 distance / cm -0.5 he wave has a frequency of 300 Hz, determine the speed of the wave. 150 cm/s 2400 cm/s 1800 cm/s 600 cm/s 300 cm/s 1200 cm/s

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The graph below represents the displacement caused by a mechanical wave traveling along a rope (y axis),versus the distance that the wave has traveled along the rope (x axis). displacement / cm 0.5- 8 distance / cm -0.5 If the wave has a frequency of 300 Hz, determine the speed of the wave. O 150 cm/s O 2400 cm/s 1800 cm/s 600 cm/s 300 cm/s 1200 cm/s
Transcribed Image Text:The graph below represents the displacement caused by a mechanical wave traveling along a rope (y axis),versus the distance that the wave has traveled along the rope (x axis). displacement / cm 0.5- 8 distance / cm -0.5 If the wave has a frequency of 300 Hz, determine the speed of the wave. O 150 cm/s O 2400 cm/s 1800 cm/s 600 cm/s 300 cm/s 1200 cm/s
Expert Solution
Step 1

First of all we have to find wavelength of the wave which is distance in which the wave repeats its form.

Then using relation between speed of wave and wavelength and frequency of wave we can get the answer

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