x_j=2[cos(jπ/3)+i*sin(jπ/3)],j=0,1,...,5 where i=√(-1) Draw a radius-2 circle, centered on the origin of the complex plane. Mark six equally spaced points on the circle, starting with x_0=2 on the real axis. x_1=1+i√3, x_2=-1+i√3, x_3=-2, x_4=-1-i√3, x_5=1-i√3.
This overs a huge topic in mathematics
Lots of grinding!
x_j=2[cos(jπ/3)+i*sin(jπ/3)],j=0,1,...,5 where i=√(-1)
Draw a radius-2 circle, centered on the origin of the complex plane.
Mark six equally spaced points on the circle, starting with x_0=2 on the real axis.
x_1=1+i√3, x_2=-1+i√3, x_3=-2, x_4=-1-i√3, x_5=1-i√3.
X= 2.
X=2
It is very hard to understand his accent
X=2