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3. Solve the wave equation -16u = (1- x) cos (2t). I (0,47), t>0, u(z,0) = . u(r, 0) = cos(6z), uz(0, t) =
3. Solve the wave equation -16u = (1- x) cos (2t). I (0,47), t>0, u(z,0) = . u(r, 0) = cos(6z), uz(0, t) = cos(2t) 1, uz(47,t) = cos( 2t). %3D 3. Solve the wave equation -16u = (1- x) cos (2t). I (0,47), t>0, u(z,0) = . u(r, 0) = cos(6z), uz(0, t) = cos(2t) 1, uz(47,t) = cos( 2t). %3D
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Quantitative Chemical Analysis
Authors: Daniel C. Harris
8th edition
1429218150, 978-1429218153
