Given the Fredholm integral equation (u(x)=x+lambda int_{0}^{1}(x y) u(y) d y), solve this equation using (i) the
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Given the Fredholm integral equation \(u(x)=x+\lambda \int_{0}^{1}(x y) u(y) d y\), solve this equation using (i) the successive approximation method, (ii) a Neumann series, and (iii) the resolvent method.
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Related Book For
Advanced Mathematics For Engineering Students The Essential Toolbox
ISBN: 9780128236826
1st Edition
Authors: Brent J Lewis, Nihan Onder, E Nihan Onder, Andrew Prudil
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