Asked by Jessica
How do I solve polynomial equation by finding all complex roots?
The problem is:
factor each expression and find all complex roots of x^3+64
I got as far as x^3+64=(x+4)(x^2-4x+16)
Now how do i find the roots of (x+4) and the roots of (x^2-4x+16)
Thanks
The problem is:
factor each expression and find all complex roots of x^3+64
I got as far as x^3+64=(x+4)(x^2-4x+16)
Now how do i find the roots of (x+4) and the roots of (x^2-4x+16)
Thanks
Answers
Answered by
bobpursley
the root of x+4=0 is x=-2
the roots of the next can be solved by the quadratic equation..
x=(4+-sqrt(16-64))/2
that gives you three roots.
the roots of the next can be solved by the quadratic equation..
x=(4+-sqrt(16-64))/2
that gives you three roots.
Answered by
pop
When a trinomial is factored as (x + m)(x + n), what is the sum of m and n?
A. The coefficient of the x-term of the trinomial
B. The constant term of the trinomial
C. The degree of the trinomial
D. The coefficient of the x2-term of the trinomial
A. The coefficient of the x-term of the trinomial
B. The constant term of the trinomial
C. The degree of the trinomial
D. The coefficient of the x2-term of the trinomial
There are no AI answers yet. The ability to request AI answers is coming soon!
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.