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Table 4 Numerical values of \(\Lambda _{1}\), \(\Lambda _{2}\), \(\Lambda _{3}\), \(\Lambda _{4}\), \(\Lambda _{5}\), \(\Lambda _{6}\), and \(\breve{M}_{4}\) in Example 6.2 for \(\tau \in J\)

From: Existence of positive solutions for p-Laplacian boundary value problems of fractional differential equations

τ

\(\Lambda _{1}\)

\(\Lambda _{2}\)

\(\Lambda _{3}\)

\(\Lambda _{4}\)

\(\Lambda _{5}\)

\(\Lambda _{6}\)

\(\breve{M}_{4}\)

1.0000

Inf

Inf

Inf

Inf

Inf

Inf

Inf

1.1052

56.016486

16.599423

46,453.302726

5493.069851

1132.699598

7060.155197

4.149856

1.2214

8.405999

7.690366

487.818288

123.697821

243.285192

158.986839

1.922592

1.3499

2.592400

4.749445

28.980434

11.764874

93.355843

15.121205

0.648100

1.4918

1.075949

3.242105

3.526105

2.026594

54.177100

2.604749

0.268987

1.6487

0.527061

2.217810

0.641322

0.486300

37.060645

0.625034

0.131765

1.8221

0.287924

1.382433

0.152208

0.145124

23.101100

0.186526

0.071981

2.0138

0.170572

0.744218

0.044104

0.050933

12.436232

0.065463

0.022052

2.2255

0.108126

0.361888

0.015127

0.020467

6.047314

0.026305

0.007563

2.4596

0.073086

0.175974

0.006109

0.009351

2.940615

0.012019

0.003055

2.7183

0.053030

0.094769

0.002998

0.004923

1.583636

0.006327

0.001499