1. Determine the convolution result y[n] of two signals x[n] and h[n] using the analytic method of convolution where x[n] = (1/3)" u[n-2] %3D and h[n] =( 2/3)" u[n+3]. Calculate and sketch at least four nonzero terms of y[n].

Q: Find the convolution y(n) = x(n) * h(n) %3D 2) Using DFT and IDFT where x1(n) = {1 2} x2(n) = {4 3}

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Q: 10. Draw the Cauer Second form for the following LC driving point functions. Y(S)= S5 +34S³ +225S S4…

A: Given:A transfer function, To do:We have to draw the Cauer second form circuit for above function.

Q: First, draw the following discrete-time sequences separately, and then calculate and draw output of…

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Q: Consider the following block diagram K K1 Y(s) R(s) s+K|K2 The steady-state tracking error to a unit…

A: Given,

Q: Solve on paper. Find the convolution of the given discrete sequences. x[n] = {2,3,-1,1} h[n] =…

A: Given sequences  are as follows:-    xn=2,3,-1,1    y hn=3,1,5,6   Find the convolution?

Q: (4) Consider a right-sided sequence 32 +2²-52²²74 2²¹ +1 -10 with X(z) = Find [n] -10 -7 Z-52 +23

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Q: f(a,b,c,d)= ( a+b+c).(c+d*).( a'+b+d').(a'+b'+c)

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Q: 1. Draw the discrete time sequence for the following signals c) x(n) = (-1)"+1 %3D

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Q: Homework Q\ Determine DFT v[e™] of the sequence v[n] is defined by do v[n]+d1 v[n-1]=po8[n] +p1…

A: In this question we need to find a DTFT of the given sequence v(n).

Q: From the system shown, find poles (p) and zero (z) of the transfer function X1(s)/X2(s). X1 X2 b, bz…

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Q: Q-4) Find the number of poles in the left half-plane, the right half-plane, and on the jw-axis for…

A: Transfer function- It is define as the mathematical terms which shows the relation between the…

Q: Convert the function F= A’B+C’D+B to POS and F= (A+B’) (C’+D) to SOP forms.

A: Given: F= A’B+C’D+BF= (A+B’) (C’+D)

Q: There is a translational mechanical system given as in figure 1 below. Transfer function for X(s)…

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Q: d. X(s) = (s+2) (s+1+1.5)(s+1–1,55)(s–2)

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Q: Below we find the finite poles and finite zeros of the system given the transfer function. Find.

A: To find the finite poles and finite zeros for the given transfer function

Q: h[n] = (8/9)^u[n - 3]. x₁[n] = { } else 2 if 0≤ n ≤ 9

A: Given: h[n]=89nu[n-3]x[n]=2if 0≤n≤90else To find: We have to find the convolution of x[n] and h[n]…

Q: Please all parts

A: a) Determining and Plotting Zeros of F(s)Zeros: Zeros of F(s) are the values of 's' that make the…

Q: 1. A discrete-time signal x[n] has z-transform X(z) = 8z2 – 2z – 1 Determine the z-transform V (z)…

A: From the properties of Z transform

Q: Random variables are very important in signal processing. Solve the following problem involving…

A: From the definition of logarithm, the following relation is true:

Q: 2. Determine whether or not each of the following systems goe time verriant i) yon] = x0] – x[n-] or…

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Q: Inquire Time domain representation from the following signal. 2s? + 11s + 16 + e-2s X(s) s2 + 5s + 6

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Q: 06. Find the circular convolution of the following two sequences x(n) =[1,2,0,3] Osns3;…

A: Given  xn=1,2,0,3    0≤n≤3hn=3,-1,1   0≤n≤2 L= 4 ; M= 3 Length of y(n)=L+M-1=4+3-1=6 . Therefore,…

Q: Find: Ka and steady state error for the input  5t2u(t)

A: The acceleration error constant can be calculated by using final value theorem and the steady state…

Q: Q.3 Use NRM to find the root of 2x2 + 5 = e* accurate to six decimal places in the interval [3 4].

A: Given data: 2x2+5=ex Interval [3 4]

Q: Convolve linearly by graphical method and obtain y[n] for the following sequences x[n]= {2, 5, -2,…

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Q: Use MATLAB to plot the following signals in the range -3 <ts5 sec. Where u[n] is unit step function…

A: matlab code to generate signal -3&lt;t&lt;5 is given as follows

Q: ii. F(s) 5s? + 14s + 2 (s-2)(s+4)? %3D

A: we need find out inverse laplace transform.

Q: 3 Determine the :-transforms and sketch thc ROC of the following signals G)". n20 l)", n < 0 (a)…

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Q: B) Determine the signal corresponding to each of the following transforms: 1) X(e) = 1 + 3e-jw…

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Q: Minimize an expression (x + xZ) (x + ¥Z) and draw the final circuit.

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Q: Question4: A) Determine the z-transform for ( 1. x(n) = 6(0.6) "cos (0.2nn)u(n) 2. x(n) = 4e-3n…

A: here we have to find the z-transform given signals.

Q: 50s 52450s Scope Stept Transfer Fcn 7. Calculate the ess as ess = lim sE (s) = lim s- R(s) S+0…

A: In this answer we will find the steady state error as shown below using the above given formula.

Q: x (t) = – 2sin (4nt) + 5cos (12t) Consider cK] to be the harmonic function of x(). Cz [k] = jA(8[k+…

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Q: Sketch the following sequences 1) -3.8 u(n-2) 2)…

A: Please find the sketch in below image.

Q: For the given close-loop system transfer function, determine its stability using Routh-Hurwitz Test…

A: for determine no of sign change  first construct routh table by transfer funtion chartersticts…

Q: Find dy/dx for following functions. 1) y = csc-(e2tnx) + sin-1(2ln/3x) SC

A: We will use the formulae of differentiation of inverse trigonometric functions to solve the problem.

Q: usig the partiel fraction Xcn) for to find me thed for (Z-0-5)²(Z+?

A: According to question: ∵XZ=Z3+2Z2Z+34Z-122⇒XZZ=Z2+2ZZ-122Z+34Applying Partial…

Q: The steady-state tracking error to a unit step input R (s) = 1/s with Ta(s) = 0 is: a. ess= KIK₂ K₂…

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Q: 2. A discrete-time filter is given as: Y[z] z+¹-z-1 H[z] X[z] 2 a. Write the difference equation…

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Q: What is the z-transform of 0.25nu(n)+0.75nu(n-3)

A: Given: A discrete time sequence,  x(n)=0.25nu(n)+0.75 nu(n-3), To find: Z-transform of the sequence.…

Q: LAI Classify the signals wth hws. B Use the scalng and real-signal foquency-translation properties…

A: