Solve $$$\lambda^{2} - 3 \lambda + 1 = 0$$$ for $$$\lambda$$$

The calculator will try to solve the equation $$$\lambda^{2} - 3 \lambda + 1 = 0$$$ for $$$\lambda$$$ (find the real and complex roots).

Solve the equation $$$\lambda^{2} - 3 \lambda + 1 = 0$$$ for $$$\lambda$$$.

$$$\lambda = \frac{3}{2} - \frac{\sqrt{5}}{2}\approx 0.381966011250105$$$A

$$$\lambda = \frac{\sqrt{5} + 3}{2}\approx 2.618033988749895$$$A

It seems that there are no complex roots.

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