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Advances in Continuous and Discrete Models

Theory and Modern Applications

Table 1 Some numerical results of \(\varLambda _{i}\) in Example 1 for \(q=\frac{1}{10}\)

From: An increasing variables singular system of fractional q-differential equations via numerical calculations

n

\(q =\frac{1}{10}\)

\(\varLambda _{1}\)

\(\varLambda _{2}\)

\(\varLambda _{3}\)

\(\varLambda _{4}\)

\(\varLambda _{5}\)

1

1.4220

6.0895

2.0978

2.2431

3.7960

2

1.4264

6.1253

2.1059

2.2559

3.8267

3

1.4268

6.1288

2.1067

2.2572

3.8298

4

1.4269

6.1292

2.1068

2.2573

3.8301

5

1.4269

6.1292

2.1068

2.2574

3.8301

6

1.4269

6.1292

2.1068

2.2574

3.8301

7

1.4269

6.1292

2.1068

2.2574

3.8301

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