![Cube root Root of unity Zero of a function Complex number n</i>th root, unity, angle, text, triangle png | PNGWing Cube root Root of unity Zero of a function Complex number n</i>th root, unity, angle, text, triangle png | PNGWing](https://w7.pngwing.com/pngs/855/276/png-transparent-cube-root-root-of-unity-zero-of-a-function-complex-number-n-lt-i-gt-th-root-unity-angle-text-triangle.png)
Cube root Root of unity Zero of a function Complex number n</i>th root, unity, angle, text, triangle png | PNGWing
![Trigonometry/PreCalculus: Finding Cube Roots of Complex Numbers]: What would you solve this problem to get the answer then? : r/HomeworkHelp Trigonometry/PreCalculus: Finding Cube Roots of Complex Numbers]: What would you solve this problem to get the answer then? : r/HomeworkHelp](https://i.redd.it/2vvp4l9minz71.jpg)
Trigonometry/PreCalculus: Finding Cube Roots of Complex Numbers]: What would you solve this problem to get the answer then? : r/HomeworkHelp
If ω is an imaginary number cube root of unity then (1 ω^4)(1 ω^8)(1 ω^22)(1 ω^44)equals to (1)ω^2 (2)ω (3)9 (4)0
![complex numbers - Show that $\frac{-1+\sqrt{3}i}{2}$ is a cube root of 1? - Mathematics Stack Exchange complex numbers - Show that $\frac{-1+\sqrt{3}i}{2}$ is a cube root of 1? - Mathematics Stack Exchange](https://i.stack.imgur.com/I5IBY.png)