a) Consider the wave equation π² Un with = UII, -∞<<∞, t≥0 u(z, 0) =sin 7 cOST, u(2,0)=0. Find the solution by using d'Alembert's solution method.

Advanced Engineering Mathematics
10th Edition
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Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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a) Consider the wave equation
with
² U
= UII, -∞<x<∞, t≥0
u(z, 0) =sin 7 cOST, u(2,0)=0.
Find the solution by using d'Alembert's solution method.
Transcribed Image Text:a) Consider the wave equation with ² U = UII, -∞<x<∞, t≥0 u(z, 0) =sin 7 cOST, u(2,0)=0. Find the solution by using d'Alembert's solution method.
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