In this video I will find the roots of the polar form complex numbers.

Next video in the polar coordinates series can be seen at:
youtu.be/7cS-SpsNzAI

1. Definition of Polar Coordinates
2. Additional Rules and Concepts
3. Converting From Rectangular to Polar Coordinates
4. Converting From Polar to Rectangular Coordinates
5. Converting From Polar to Rectangular Coordinates - Set 2
6. Converting From Polar to Rectangular Coordinates - Set 3
7. Graphing Polar Equations: r=2.5, theta=pi/3
8. Graphing Polar Equations: r=2sin(theta), The Circle
9. Graphing Polar Equations: r=2+2sin(theta), The Cardioid
10. Graphing Polar Equations: r=cos[2(theta)], Four Leaf Rose
11. Graphing Polar Equations: r=1+2cos(theta), Limacon
12. Graphing Polar Equations: r=3, r=3sin(theta), Circles
13. Graphing Polar Equations: theta=pi/4, theta=pi/4, Lines
14. Graphing Polar Equations: r=3cos4(theta), Roses
15. Graphing Polar Equations: r=3cos3(theta), Roses
16. Graphing Polar Equations: r=3sin3(theta), Roses
17. Graphing Polar Equations: r=3sin2(theta), Roses
18. Graphing Polar Equations: r=1+/-cos(theta), Limacons
19. Graphing Polar Equations: r=13+2cos(theta), Limacons***
20. Graphing Polar Eqns: r^2=(2^2)[cos2(theta)], Lemniscate
21. Graphing Polar Epns: r^2=(2^2)[sin2(theta)], Lemniscate
22. Graphing Polar Eqns: r=3(theta), r=0.5(theta), Spiral
23. Complex Numbers: Imaginary Axis
24. Complex Numbers: Modulus
25. Complex Numbers: Conversions I
26. Complex Numbers: Conversions II
27. Complex Numbers: Multiply and Divide
28. Complex Numbers: de Moivre's Theorem
29. Complex Numbers: Finding the Roots
30. Complex Numbers: Proof of the Product Rule
31. Complex Numbers: Proof of de Moivre's Theorem
32. Parametric Equations
33. Parametric Equations
34. Parametric Equations: Eliminating the Parameters
35. Parametric Equations in Polar Form