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

Boundary Value Problems

Table 2 Numerical values of \(\Lambda _{1}\), \(\Lambda _{2}\), \(\Lambda _{3}\), \(\Lambda _{4}\), \(\Lambda _{5}\), \(\Lambda _{6}\), and \(\breve{M}_{4}\) in Example 6.1 for \(\tau \in J\)

τ	\(\Lambda _{1}\)	\(\Lambda _{2}\)	\(\Lambda _{3}\)	\(\Lambda _{4}\)	\(\Lambda _{5}\)	\(\Lambda _{6}\)	\(\breve{M}_{4}\)
2.7183	Inf	Inf	Inf	Inf	Inf	Inf	Inf
3.0377	0.178637	0.585071	0.179564	0.043506	53.867322	0.071800	0.043506
3.3947	0.066090	0.045238	0.011463	0.005955	1.916555	0.009828	0.005731
3.7937	0.036203	0.009195	0.002150	0.001787	0.240558	0.002949	0.001075
4.2395	0.023135	0.002839	0.000621	0.000730	0.051977	0.001204	0.000311
4.7377	0.016052	0.001104	0.000227	0.000351	0.015226	0.000580	0.000114
5.2945	0.011731	0.000499	0.000097	0.000188	0.005456	0.000310	0.000049
5.9167	0.008895	0.000252	0.000047	0.000108	0.002278	0.000178	0.000023
6.6120	0.006945	0.000140	0.000025	0.000066	0.001090	0.000109	0.000012
7.3891	0.005570	0.000085	0.000015	0.000042	0.000612	0.000070	0.000007