Figure 2
Graphs of the functions \(\frac{1}{t^{1-q}}\) and \(\frac{1}{E_{q}(-\epsilon ^{q})\epsilon ^{1-q}}E_{q}(-t^{q})\) for \(q=0.2\) and \(\epsilon =0.1\)
Theory and Modern Applications
Figure 2 | Advances in Difference Equations
Theory and Modern Applications
Graphs of the functions \(\frac{1}{t^{1-q}}\) and \(\frac{1}{E_{q}(-\epsilon ^{q})\epsilon ^{1-q}}E_{q}(-t^{q})\) for \(q=0.2\) and \(\epsilon =0.1\)