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Theory and Modern Applications

Table 2 Comparison of exact and approximate solution of Example  1 using the boundary condition as defined in \(\pmb{\mathbf{S_{1}}}\)

From: Approximate solution of linear and nonlinear fractional differential equations under m-point local and nonlocal boundary conditions

 

\(\boldsymbol {S_{1}}\)

\(\boldsymbol {S_{2}}\)

 

\(\boldsymbol {\|E_{N}\|_{2}}\)

\(\boldsymbol {\|E_{N}\|_{\infty}}\)

\(\boldsymbol {\|E_{N}\| _{2}}\)

\(\boldsymbol {\|E_{N}\|_{\infty}}\)

N = 5

7.23 × 10−2

6.53 × 10−1

4.72 × 10−1

3.68 × 10−1

N = 8

1.003 × 10−4

2.913 × 10−2

6.53 × 10−2

0.58 × 10−3

N = 10

4.82 × 10−6

3.21 × 10−5

0.587 × 10−3

0.778 × 10−4

N = 15

3.92 × 10−11

7.84 × 10−9

9.51 × 10−5

9.510 × 10−8

N = 20

6.22 × 10−16

5.61 × 10−14

1.51 × 10−10

1.456 × 10−12

N = 30

9.36 × 10−19

8.22 × 10−18

9.510 × 10−11

9.108 × 10−13

N = 40

9.28 × 10−21

0.781 × 10−18

5.87 × 10−16

5.33 × 10−18