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Theory and Modern Applications

Table 5 Pointwise absolute errors in the maximum norm and computed rates of convergence versus the number of sub-intervals N in Example 4.2 as we set \(\alpha _{1} = 0.4\), \(\alpha _{2} = 1.7\), \(h=0.01\), \(m=10\) and no Tol

From: An efficient numerical approach for solving two-point fractional order nonlinear boundary value problems with Robin boundary conditions

N

Newton’s method

Halley’s method

\(s_{0}=0.2\)

\(s_{0}=1.0\)

\(s_{0}=0.2\)

\(s_{0}=1.0\)

Max. error

Rate

Max. error

Rate

Max. error

Rate

Max. error

Rate

10

1.10E−03

1.10E−03

5.65E−05

5.65E−05

20

4.05E−04

1.434

4.05E−04

1.434

1.71E−05

1.725

1.71E−05

1.725

40

1.19E−04

1.765

1.19E−04

1.765

2.82E−06

2.599

2.82E−06

2.599

80

3.21E−05

1.893

3.21E−05

1.893

3.99E−07

2.824

3.99E−07

2.824

160

8.32E−06

1.949

8.32E−06

1.949

5.29E−08

2.913

5.29E−08

2.913

320

2.12E−06

1.974

2.12E−06

1.974

6.84E−09

2.952

6.84E−09

2.952