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Table 5 Numerical results of Λ, and μ for \(\mathrm{q} = \frac{8}{9}\) in Example 4.2

From: Explicit iteration and unbounded solutions for fractional q–difference equations with boundary conditions on an infinite interval

n

\(\Gamma _{\mathrm{q}}(\varsigma )\)

\(\Gamma _{\mathrm{q}}(\nu )\)

\(\Gamma _{\mathrm{q}}(\varsigma -\nu )\)

Λ

\(\mu > \nabla \mathfrak{p}( \mu ) \int _{0}^{\infty } \uppsi (\xi ) \,\mathrm{d}_{\mathrm{q}} \xi \)

 

\(\mathrm{q} = \frac{8}{9}\) and calculated μ = 0.1

1

55.9818

21.9886

−3.1623

95.6034

0.0105

0.1>0.0000

2

41.2031

18.2245

−5.4122

57.5855

0.0174

0.1>0.0000

3

32.8940

15.9102

−7.6526

41.6420

0.0240

0.1>0.0000

4

27.6527

14.3446

−9.8069

32.9949

0.0303

0.1>0.0000

5

24.0881

13.2182

−11.8371

27.6229

0.0362

0.1>0.0000

6

21.5322

12.3725

−13.7253

23.9933

0.0417

0.1>0.0001

7

19.6267

11.7174

−15.4655

21.3974

0.0467

0.1>0.0001

8

18.1631

11.1978

−17.0587

19.4632

0.0514

0.1>0.0001

79

11.0024

8.3731

−31.1770

10.6630

0.0938

0.1>0.0001

80

11.0023

8.3731

−31.1774

10.6629

0.0938

0.1>0.0001

81

11.0022

8.3730

−31.1777

10.6627

0.0938

0.1>0.0001

82

11.0021

8.3730

−31.1780

10.6626

0.0938

0.1>0.0001

83

11.0020

8.3729

−31.1783

10.6625

0.0938

0.1>0.0001

84

11.0019

8.3729

−31.1786

10.6624

0.0938

0.1>0.0001

85

11.0019

8.3729

−31.1788

10.6624

0.0938

0.1>0.0001

86

11.0018

8.3729

−31.1790

10.6623

0.0938

0.1>0.0001

87

11.0017

8.3728

−31.1792

10.6622

0.0938

0.1>0.0001

88

11.0017

8.3728

−31.1793

10.6622

0.0938

0.1>0.0001

89

11.0016

8.3728

−31.1794

10.6621

0.0938

0.1>0.0001

90

11.0016

8.3728

−31.1796

10.6621

0.0938

0.1>0.0001