The discrete-time signals are define as given below in a - d, for each case, evaluate y[n] as defined. find y[n]=x[2n] a) x[n] = [n, for n odd. 0, otherwise b) c) x[n] = [1, y[n] = x[n+3]. d) x[n] = 2 n = 1,2 1, n=-1,-2 0₂ n = 0 and |n|>2 [1, n = 1, 2 _x[n]={−1, _n=−1, – 2 0, ; n = 0, and |n|>2 -2≤n≤2 |n|>2 find the time-shifted signal find_y[n]=x[2n+3]. find y[n]=x[3n-2]

The discrete-time signals are define as given below in a - d, for each case, evaluate y[n] as defined. find y[n]=x[2n] a) x[n] = [n, for n odd. 0, otherwise b) c) x[n] = [1, y[n] = x[n+3]. d) x[n] = 2 n = 1,2 1, n=-1,-2 0₂ n = 0 and |n|>2 [1, n = 1, 2 _x[n]={−1, _n=−1, – 2 0, ; n = 0, and |n|>2 -2≤n≤2 |n|>2 find the time-shifted signal find_y[n]=x[2n+3]. find y[n]=x[3n-2]

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

Consider the discrete-time signal x[n] =1-> S[n-1-k] k=3 a) Plot x[n] and label your axes. b) Determine the values of integers M and n, so that x[n] may be expressed as x[n] = u[M n - no]
please solve quickly and clearly -Signal processing topic
A real valued signal x(n) is.3 called as anti-symmetric if x(n)=x(-n) O x(n)=-x(-n) O x(n)=-x(n) O none of the mentioned O The system described by .5 the input-output equation y(n)=nx(n)+bx3(n) is a Static system Identical system O Dynamic system None of the mentioned O
Using the commutative and associative properties to prove that for two concatenated LTID systems hi[n] and hz[n], we can switch their order without changing the overall system. i.e., h2[n] hi[n] is equivalent to hz[n] hi[n]
7..
Write your complete solutions.
i got confusd by a signal question. thnk u sir from now
1) Determine the intermediate signal z[k]. 2) Plot the intermediate signal z[k].
The compensator circuit (passive if possible) will be made, which is given the function at the bottom. If R1= 0.1 MOhm, which is C? G6) = (s+5) 16 - A) 20 mikroF O B) 0.2 mikroF OC) 0.02 mikroF OD) 20 milliF E) 2 mikroF
digital signal prossesing
260-dt-content-rid-8556654_1/courses/926578_2202_022 = تمي يز B عرض الصفحة | A قراءة بصوت عال | V رسم Page 6 of 12 z2+1.7z Q.7 A digital causal system is described by the transfer function H(z) z2-2.8z+0.8 (a) Plot the z-plane poles and zeros and comment on the system stability. (b) Evaluate the first two sample values of the impulse response. (c) Suppose the input to the digital system is given by: x[n] = 8[n] – 8[n – 3] Determine the output of the digital system for the first two sample values.
Q2) Write T for true and F for false of the following terms: a- Convolution in time is the just Multiplication in Z domain (T) b- X(k) is equal discrete frequency response of x[n] signal (T) c- The k is index of time signal (F) d- Z= exp(jw) (T) e- Nis time indexing (F)