n | Theorem 2.4 | Theorem 1.4 | \(\frac{\mathbf{Third\ column}}{\mathbf{Second\ column}}\) |
---|---|---|---|
1 | 2 | 2 | \(\frac{2}{2}=1\) |
2 | \(\sqrt{10}\) | \(\sqrt{10}\) | \(\frac{\sqrt{10}}{\sqrt{10}}=1\) |
3 | \(\sqrt{42}\) | \(\sqrt{154}\) | \(\frac{\sqrt{154}}{\sqrt {42}}\approx 1.915\) |
4 | \(\sqrt{120}\) | \(\sqrt{810}\) | \(\frac{\sqrt{810}}{\sqrt {120}}\approx 2.598\) |
5 | \(\sqrt{395}\) | \(\sqrt{6{,}004}\) | \(\frac{\sqrt{6{,}004}}{\sqrt {395}}\approx3.899\) |
6 | \(\sqrt{1{,}200}\) | \(\sqrt{39{,}400}\) | \(\frac{\sqrt{39{,}400}}{\sqrt {1{,}200}}\approx5.730\) |
n |  |  | \(\sqrt{n^{-1}(5F_{n}F_{n-1}+1)}\)  n odd, \(\sqrt{n^{-1}(5F_{n}F_{n-1}-3)}\)  n even |