Advances in Continuous and Discrete Models

Theory and Modern Applications

Table 4 Some numerical results for \({}_{4}A_{1}\) and \({}_{4}A_{2}\) in Example 1 for \(q=\frac{1}{10}, \frac{1}{2}, \frac{6}{7}\)

From: On a fractional q-differential inclusion on a time scale via endpoints and numerical calculations

	\(q =\frac{1}{10}\)		\(q =\frac{1}{2}\)		\(q =\frac{6}{7}\)
n	\({}_{4}A_{1}\)	\({}_{4}A_{2}\)	\({}_{4}A_{1}\)	\({}_{4}A_{2}\)	\({}_{4}A_{1}\)	\({}_{4}A_{2}\)
1	0.4385	0.4571	0.4179	0.4355	0.3488	0.3713
2	0.4386	0.4572	0.4265	0.4435	0.3565	0.3771
3	0.4386	0.4572	0.4309	0.4477	0.366	0.3853
⋮	⋮	⋮	⋮	⋮	⋮	⋮
7	0.4386	0.4572	0.4352	0.4517	0.3972	0.4143
8	0.4386	0.4572	0.4353	0.4518	0.4028	0.4196
9	0.4386	0.4572	0.4354	0.4519	0.4075	0.4242
⋮	⋮	⋮	⋮	⋮	⋮	⋮
44	0.4386	0.4572	0.4354	0.4519	0.4364	0.452
45	0.4386	0.4572	0.4354	0.4519	0.4364	0.4521
46	0.4386	0.4572	0.4354	0.4519	0.4364	0.4521
47	0.4386	0.4572	0.4354	0.4519	0.4364	0.4521

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