- dx2 1 5. (20pt) A differential equation for g(x) is given by: dag – A²g = f(x) A g a) Using Fourier Transform to deter
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- dx2 1 5. (20pt) A differential equation for g(x) is given by: dag – A²g = f(x) A g a) Using Fourier Transform to deter
- dx2 1 5. (20pt) A differential equation for g(x) is given by: dag – A²g = f(x) A g a) Using Fourier Transform to determine the solution is g(x)=- ZELO with f(k) being the fourier transform of f(x). toof (k)eikx dk -co k2 +42
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