Question

Represent (-i)^n (i.e.(-i)^2, (-i)^3, (-i)^4....) in the a+b*i and R*exp(i*theta) form.

Represent (-i)^n (i.e.(-i)^2, (-i)^3, (-i)^4....) in the a+b*i and R*exp(i*theta) form.

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
1. Find the arclength of r=cos^(3)(theta/3) 2. Find the area outside r=3 and inside r^2=18cos(2•theta) 3....
1. Find the arclength of r=cos^(3)(theta/3) 2. Find the area outside r=3 and inside r^2=18cos(2•theta) 3. Find the slope of the tangent line to r=2sin(4•theta) at theta=pi/4
For x1=2 x2=1.5 and x3=5 data drawn (iid) from f_x(x, theta)= [x^3 exp(-x/theta)]/[6 theta^4] when x>0...
For x1=2 x2=1.5 and x3=5 data drawn (iid) from f_x(x, theta)= [x^3 exp(-x/theta)]/[6 theta^4] when x>0 find the MLE for theta?
Find all theta from (-pi,pi) for which the tangent line of r=tan(theta/2) is horizontal. I have...
Find all theta from (-pi,pi) for which the tangent line of r=tan(theta/2) is horizontal. I have gotten to 1/2sec^2(theta/2)*sin(theta)+tan(theta/2)*cos(theta)=0 How do I solve for 0?
Consider the polar curve r =1 + 2 cos(theta). Find dy dx at theta = 3...
Consider the polar curve r =1 + 2 cos(theta). Find dy dx at theta = 3 .
Sketch the graph of the polar equation r = 3 + 2 sin theta
Sketch the graph of the polar equation r = 3 + 2 sin theta
If R(theta)=[(cos, -sin) (sin, cos)] 1) show that R(theta) is a linear transformation from R2->R2 2)Show...
If R(theta)=[(cos, -sin) (sin, cos)] 1) show that R(theta) is a linear transformation from R2->R2 2)Show that R(theta) of R(alpha) = R(theta + alpha) 3) Find R(45degrees) [(x), (y)], interpret it geometrically
Polar Functions Algebraically test symmetries and include table of (r, theta) for theta = 0, pi/6,...
Polar Functions Algebraically test symmetries and include table of (r, theta) for theta = 0, pi/6, pi/4, pi/3, pi/2. 16) r = 1 − 2 sin θ 18) r = cos(2θ)
Convert cos(theta)=1/4 to radians Convert cos(theta)=1 to radians Convert cos(theta)=3/2 to radians
Convert cos(theta)=1/4 to radians Convert cos(theta)=1 to radians Convert cos(theta)=3/2 to radians
Find T, N, B, aT, aN at t=2 (#13) 13. r(t) = (t3/3)i + (t2/2)j when...
Find T, N, B, aT, aN at t=2 (#13) 13. r(t) = (t3/3)i + (t2/2)j when t > 0
(4) e/m = v/Br (5) B=(N)(I)8μ0/R(√125) , N is the number of turns on each coil,...
(4) e/m = v/Br (5) B=(N)(I)8μ0/R(√125) , N is the number of turns on each coil, I is the current, R is the radius, and μ0 = 4pi x 10-7 Tm/A. (8) v = (2eV/m)^1/2 Using Equations 4, 5, and 8, solve for e/m in terms of r (radius of the path), R (average radius of the coils), V (voltage of the electron source), I (current in the coils), N (number of turns of the coils) and constants. Hint: start...