Question

What are the values of P, N and Z for this problem. Apply the Nyquist criterion...

What are the values of P, N and Z for this problem. Apply the Nyquist criterion and find the stability of the closed loop system. G(s) = 1 (s + 1)(s − 2)

Homework Answers

Answer #1

for this problem, by using Nyquist creteria formula N=P-Z, we can easily found values of N,P,Z.

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
Determine the stability region using the Schur-Cohn criterion for a system whose characteristic equation P(z). P(z)=z^3...
Determine the stability region using the Schur-Cohn criterion for a system whose characteristic equation P(z). P(z)=z^3 +0.5z^2 +kz-k=0
Determine the stability region using the Jury criterion for a system whose characteristic equation P(z). Plot...
Determine the stability region using the Jury criterion for a system whose characteristic equation P(z). Plot the stability region on a plane determined by a-k. P(z)=z^4+kz^3+2z^2+az+3=0
Provided N(0,1) and without using the LSND program find P(−3<Z<1) P(Z>−1) P(Z<−1 OR Z>0) P(0≤Z<1) P(Z≥0)...
Provided N(0,1) and without using the LSND program find P(−3<Z<1) P(Z>−1) P(Z<−1 OR Z>0) P(0≤Z<1) P(Z≥0) P(Z<−2 OR Z>3)
Variable Z is distributed standard normal: Z ~ N(0; 1), so using the statistical table of...
Variable Z is distributed standard normal: Z ~ N(0; 1), so using the statistical table of the Standard Normal Distribution provided, find the values of the following probabilities: (A) P[Z ≤ 1.27] = (B) P[Z ≥ 0.41] = (C) P[Z ≤ 1:96] = (D) P[-1 ≤ Z ≤ 2] = (E) P(Z ≤ 1.87) (F) P(Z ≥ - 0.53). Hint: P(Z ≤ - a)=P(Z ≥ a), where a ∈ ?, and a≥0. (G) P(Z ≤ - 0.06) (H) P(1.12 ≤...
1. Find a. P(Z=-1.01) b. P(Z>10) c. P(-1.5<Z<2) d. P(-2.58<Z) e. P(Z<3.15) f. The 30th percentile...
1. Find a. P(Z=-1.01) b. P(Z>10) c. P(-1.5<Z<2) d. P(-2.58<Z) e. P(Z<3.15) f. The 30th percentile of Z g. The z value with 12% area to its right. 2. If X is normally distributed with a mean of 5.6 and a variance of 27, find a. P(X<2) b. P(-2.5<X<7.2) c. The 80th percentile of X
Find the maximum and minimum values of f(x,y,z)=2x-2y-z on the closed and bounded set 4x^2+2y^2+z^2 ≤...
Find the maximum and minimum values of f(x,y,z)=2x-2y-z on the closed and bounded set 4x^2+2y^2+z^2 ≤ 1
Find the following z values for the standard normal variable Z. Use Table 1. (Negative values...
Find the following z values for the standard normal variable Z. Use Table 1. (Negative values should be indicated by a minus sign. Round your answers to 2 decimal places.)   a. P(Z ≤ z) = 0.9478      b. P(Z > z) = 0.6140      c. P(−z ≤ Z ≤ z) = 0.80      d. P(0 ≤ Z ≤ z) = 0.2392    Hints
Let z0 be a zero of the polynomial P(z)=a0 +a1z+a2z2 +···+anzn of degree n (n ≥...
Let z0 be a zero of the polynomial P(z)=a0 +a1z+a2z2 +···+anzn of degree n (n ≥ 1). Show in the following way that P(z) = (z − z0)Q(z) where Q(z) is a polynomial of degree n − 1. (an ̸=0) (k=2,3,...). (a) Verify that zk−zk=(z−z)(zk−1+zk−2z +···+zzk−2+zk−1) 00000 (b) Use the factorization in part (a) to show that P(z) − P(z0) = (z − z0)Q(z) where Q(z) is a polynomial of degree n − 1, and deduce the desired result from...
1. A function f : Z → Z is defined by f(n) = 3n − 9....
1. A function f : Z → Z is defined by f(n) = 3n − 9. (a) Determine f(C), where C is the set of odd integers. (b) Determine f^−1 (D), where D = {6k : k ∈ Z}. 2. Two functions f : Z → Z and g : Z → Z are defined by f(n) = 2n^ 2+1 and g(n) = 1 − 2n. Find a formula for the function f ◦ g. 3. A function f :...
In this problem z = (6+i5) e^(6i). (a)What are r = |z| and θ = arg(z)?...
In this problem z = (6+i5) e^(6i). (a)What are r = |z| and θ = arg(z)? identify which 45-degree “pizza slice” your angle is in, if you divide the range -pi to +pi into 8 intervals of size pi/4. (b) Find the two values of √z in polar form. (c) Find all values of ln(z). How many are there
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT