Use our free online Calculator ie., Factoring Over Complex Numbers Tool & get the output for the given expression x^3+2x^2+4x+8 ie., as a product of linear factors in a fraction of seconds along with an elaborate solution.
Ex: x^2+1 (or) x^2+2xi-1
=x^3 + 2x^2 + 4x + 8
=(x^3)+(2x^2)+(-2ix^2)+(-4ix)+(2ix^2)+(4ix)+(4x)+(8)
=((x^2)(x)+(2x)(x)+(-2ix)(x)+(-4i)(x)+(x^2)(2i)+(2x)(2i)+(-2ix)(2i)+(-4i)(2i))
=((x^2)((x + 2i))+(2x)((x + 2i))+(-2ix)((x + 2i))+(-4i)((x + 2i)))
=((x)(x)+(2)(x)+(x)(-2i)+(2)(-2i))(x + 2i)
=((x)((x - 2i))+(2)((x - 2i)))(x + 2i)
=(x+2)(x-2i)(x+2i)
1. What is the result for Factoring x^3+2x^2+4x+8 Over complex numbers?
The outcome for the given Factoring x^3+2x^2+4x+8 Over complex numbers input is .
2. Where can I get detailed solution steps for Factoring Polynomial x^3+2x^2+4x+8 over complex numbers?
You can get detailed solution steps for Factoring Polynomial x^3+2x^2+4x+8 over complex numbers on our page.
3. How can I solve Factoring Polynomial x^3+2x^2+4x+8 over complex numbers Problem by using Factoring Over Complex Numbers Calculator?
Simply enter the input expression in the above calculator form & tap on the calculate button to solve the expression & get the result in no time via our free online Factoring Over Complex Numbers Calculator
