53. A 0.100 kg wire has a length of 10.0 m and is stretched with a...

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53. A 0.100 kg wire has a length of 10.0 m and is stretched with a tension force of 250.0 N. At a time of t = 0 seconds a wave pulse from the right end of the wire is sent down the wire to the left. Then at a time of t = 30 ms a wave pulse from the left end of the wire is sent down the wire to the right. How far from the left end of the wire is the location where these two wave pulses first occupy the same space? 53. A 0.100 kg wire has a length of 10.0 m and is stretched with a tension force of 250.0 N. At a time of t = 0 seconds a wave pulse from the right end of the wire is sent down the wire to the left. Then at a time of t = 30 ms a wave pulse from the left end of the wire is sent down the wire to the right. How far from the left end of the wire is the location where these two wave pulses first occupy the same space?

Answer rating: 100% (QA)

To solve this problem we need to find the speed of the wave pulses in the wire and then use it to ca... View the full answer