Question: Solve the same problem as in example 2.1 using (tilde{u}(x)=c_{0}+c_{1} x+c_{2} x^{3}). Data From Example 2.1: Calculate the approximate solution of eq. (2.1) using the

Solve the same problem as in example 2.1 using \(\tilde{u}(x)=c_{0}+c_{1} x+c_{2} x^{3}\).

Data From Example 2.1:

Calculate the approximate solution of eq. (2.1) using the weighted residual method. Use

(a) \(W(x)=1\) and

(b) \(W(x)=x\). Compare these solutions with the exact solution. Assume the approximate solution to be \(\tilde{u}(x)=c_{0}+c_{1} x+c_{2} x^{2}\) and \(p(x)=x\).

Equation 2.1:

du dr +p(x)=0, 0x1 u(0)=0 du dr (1)=1 Boundary conditions. (2.1)

du dr +p(x)=0, 0x1 u(0)=0 du dr (1)=1 Boundary conditions. (2.1)

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