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String 1 in the figure has linear density 2.90 g/m and string 2 has linear density 3.10 g/m . A student sends pulses in both directions by quickly pulling up on the knot, then releasing it. Consider the pulses are to reach the ends of the strings simultaneously. (Figure 1) Figure 1 of 1 4 m String 1 String 2 Knot L

String 1 in the figure has linear density 2.90 g/m and string 2 has linear density 3.10 g/m . A student sends pulses in both directions by quickly pulling up on the knot, then releasing it. Consider the pulses are to reach the ends of the strings simultaneously. (Figure 1) Figure 1 of 1 4 m String 1 String 2 Knot L

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a.

What is the length of string L1?

b.

What is the length of sring L2?

String 1 in the figure has linear density 2.90 g/m and string 2 has linear density 3.10 g/m . A student sends pulses in both directions by quickly pulling up on the knot, then releasing it. Consider the pulses are to reach the ends of the strings simultaneously. (Figure 1) Figure 1 of 1 <> 4 m String 1 String 2 Knot L2
Transcribed Image Text:String 1 in the figure has linear density 2.90 g/m and string 2 has linear density 3.10 g/m . A student sends pulses in both directions by quickly pulling up on the knot, then releasing it. Consider the pulses are to reach the ends of the strings simultaneously. (Figure 1) Figure 1 of 1 <> 4 m String 1 String 2 Knot L2
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