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ID wave equation. String length: L=1m, pinned at its ends: x=0 and x=L Tension in string, T=10N Linear density of material: 9 = 0-5 kg/m

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ID wave equation. String length: L=1m, pinned at its ends: x=0 and x=L Tension in string, T=10N Linear density of material: 9 = 0-5 kg/m Denote the displacement of the points of the bar may Find the solution to the problem of 10 wave propagation under the initial conditions shown below. Please show all steps, with clear writing, and also clearly (and separately) state the coefcients of the nal expression for the displacement. 031(1', 0) __ 0 u(:r._ 0) = 0.1 a: (L I), at Note: I believe the answer to this question is shown below, please verify and show steps. 0.4 0.4i1)\" 3'3

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