Mathematics Asked on December 27, 2021
After encountering many numerical problems related to finding real roots of a polynomial, I have fixed a simple path:
For an odd-degree polynomial: complex roots come in pairs. If a polynomial is of degree $d$ which is odd then the polynomial must have at least one real root.
For a even-degree polynomial I have always seen it has no real root!
I am looking for a counterexample.
please can anyone tell is there any general approach to solve this kind of problem? Often I do mistake in these.
For instance, $(x-1)(x-2)=x^2-3x+2$ has two real roots.
Answered by user239203 on December 27, 2021
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