Question

find the poles and zeros of the following transfer function H(z)=((z^-1)-(z^-2)-(6z^-3))/(1+(z^-1)+(z^-2))

find the poles and zeros of the following transfer function

H(z)=((z^-1)-(z^-2)-(6z^-3))/(1+(z^-1)+(z^-2))

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
H(z) Poles and zeros Given: y[n] = 1.674y[n-1]-0.81y[n-2]+x[n] a. Find H(z) b. Find poles and zeros...
H(z) Poles and zeros Given: y[n] = 1.674y[n-1]-0.81y[n-2]+x[n] a. Find H(z) b. Find poles and zeros c. Plot poles and zeros in z-plane
if the transfer function H(z) of a stable LTI system has two zeros at z =1+j...
if the transfer function H(z) of a stable LTI system has two zeros at z =1+j and z = 1-j and two poles at z = 0 and z = -0.5. Write the expression of H(z), if the frequency response of the system at omega (w) where w = 0 is 1. can I have help here ?
(a) Show that a system with transfer function H(z) whose denominator A(z) = 1 – [2ρ...
(a) Show that a system with transfer function H(z) whose denominator A(z) = 1 – [2ρ cosθ] z-1 + ρ 2 z-2 has poles at z = ρe ±jθ (b) For what values of r is this system stable? (c) If the numerator of H(z) is B(z) = K z-1 , what is the form of its impulse response for ρ = 1? (d) If the numerator of H(z) is B(z) = K z-1 , what is the form of...
Find the rational zeros of the function h(t)=t^3+8t^2+13t+6
Find the rational zeros of the function h(t)=t^3+8t^2+13t+6
For the system given by the difference equation below: Y(n) – (3/2).Y(n-1) – Y(n-2) = -(5/2)....
For the system given by the difference equation below: Y(n) – (3/2).Y(n-1) – Y(n-2) = -(5/2). X(n-1) Find the transfer function H(z). You will need to do this manually. Find the poles and zeros of H(z). You can do this manually or use MATLAB. Plot the poles and zeros in MATLAB Is the system stable? Plot the impulse response of the system using MATLAB Plot the Step Response of the system using MATLAB Plot the frequency response of the system...
Function: H(x)= 7x^3-117x^2+535x-325 A. Use Rational Zeros Theorum to find all possible rational zeros. B. Find...
Function: H(x)= 7x^3-117x^2+535x-325 A. Use Rational Zeros Theorum to find all possible rational zeros. B. Find the actual rational zero and prove it is zero by using synthetic division. C. Find the remaining zeros. D. Factor H(x) completely into linear factors.
(a) H(z) = 3z^2 + 2 + z^-1 + z^-3.What is the inverse z-transform of H(z)?...
(a) H(z) = 3z^2 + 2 + z^-1 + z^-3.What is the inverse z-transform of H(z)? (b) If H(z) in part (a) is the transfer function of a system. What is the difference equation for this system? (c) If x[n] = [ 2 ,−1, 3 ], (where n_0 = -1) What is its z-transform?
System 3 : Consider the discrete time system represented by the following difference equation: y(n) ?...
System 3 : Consider the discrete time system represented by the following difference equation: y(n) ? x(n) ? x(n ? 2) ? 0.8y(n ?1) ? 0.64 y(n ? 2) a) Draw the corresponding BLOCK DIAGRAM b) Obtain the TRANSFER FUNCTION, H(z) , for this system.   c) Calculate and plot the POLES and ZEROS of the transfer function. d) State the FREQUENCY RESPONSE Equation ,  H(ej? ) , for this system.    System 4 : Consider the discrete time system represented by...
What is the sequence corresponding to the generating function : (6-3z) / (1-Z-6Z^2) ?
What is the sequence corresponding to the generating function : (6-3z) / (1-Z-6Z^2) ?
use the given zero to find the remaining zeros of the function h(x)=6x^5+7x^4+108x^3+126x^2-1050x-1225 zeros -5i
use the given zero to find the remaining zeros of the function h(x)=6x^5+7x^4+108x^3+126x^2-1050x-1225 zeros -5i