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A string on a musical instrument is held under tension T and extends from the point x-0 to the porit x-L. The string over wound with wire-in such a way that its mass per unit length A9 increases uniformly from H at x = 0 time interval required for a transverse pulse to trave the full length of the string. then to HL at x = L Let At be µ(x) = HL H x+ µ, L. At %3D 3VT(JH, + /H,) µ(x) = L At = VT(JH, +VH.)

A string on a musical instrument is held under tension T and extends from the point x-0 to the porit x-L. The string over wound with wire-in such a way that its mass per unit length A9 increases uniformly from H at x = 0 time interval required for a transverse pulse to trave the full length of the string. then to HL at x = L Let At be µ(x) = HL H x+ µ, L. At %3D 3VT(JH, + /H,) µ(x) = L At = VT(JH, +VH.)

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A string on a musical instrum tension T and extends from the point x-0 to the ponit x=L. The string over wound with wire-in such ent is held under way that its mass per unit length H) increases uniformly from H at x=0 time interval required for a transverse pulse to trave the full length of the string. then to HLat x= L Let At be µ(x) = Hi - H. L. %3D ('r°riM 3\T(/µ, +Jµ,) At = µ(x) = H-H L. At = T(H+VH)
Transcribed Image Text:A string on a musical instrum tension T and extends from the point x-0 to the ponit x=L. The string over wound with wire-in such ent is held under way that its mass per unit length H) increases uniformly from H at x=0 time interval required for a transverse pulse to trave the full length of the string. then to HLat x= L Let At be µ(x) = Hi - H. L. %3D ('r°riM 3\T(/µ, +Jµ,) At = µ(x) = H-H L. At = T(H+VH)
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