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Unformatted text preview: original function. Recall L[f'] = s*L[f]  f(0) and L[f''] = s 2 L[f]  s*f(0) f'(0) Step II Use solve to compute the solution of the algebraic equation. In order to create the algebraic equation, let the Laplace transform of x be denoted as X, and recall that x(0) =0, x'(0) = 1. That give us s 2 X 3sX+2X1 = 0. We want to solve this in Matlab. solve('s^2*X 3*s*X+2*X1 = 0','X') ans = 1/(s^23*s+2) Step III Use ilaplace to obtain the solution of the initial differential equation. ilaplace(1/(s^23*s+2)) ans = exp(2*t)exp(t) Solve the following ODEs using the threestep method x'' = 4x'8x  10cos2t, x(0)=x'(0)=0 x'' = x'+2x  15e t sint, x(0)=x'(0)=0...
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This note was uploaded on 10/16/2009 for the course EL el6303 taught by Professor Prof during the Spring '09 term at NYU Poly.
 Spring '09
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