The second approximation of the root of f(x) = x- cos(x) in [0, 4] by Secant method is 0.72326 0.72426 0.73226 0.611015

Q: Find the even part (i.e., *.(n)) of the signal 1 x(n) = 2 3 4 1

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Q: b) Determine the number of poles on the right half plane, left half plane and on j-w axis for the…

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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: Identify the corresponding transfer function of the state-space equation below. 1 0 u (t) 1 -18 -21…

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Q: Determine the output Cp(s) due to the disturbance D(s), when D(s) = -1/s. D(s) R(s) 4 C(s) 2s +1 s+1

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Q: Fill in the Karnaugh map for the function definedby the truth table, and find theminimum expression…

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Q: Quéstion 13 The complement of the following function F(x,y,z)=Sum(2,3,6) is given by: Note: Prod is…

A: We need to find out complement of given function .we know complement of function.

Q: Homework Find the transfer function when: Gi=1/(s+1) • Hi=1 A)

A: Dear student as per our guidelines we are supposed to solve only one question.kindly repost other…

Q: 8. For the signal x(t) = c – b*exp(-at), what is the initial value (at t=0)? a) b b) с-а с) с-b d)…

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A: Solution- Given,Y(Ω)=X(Ω)and the figure is shown below,

Q: If F (s) = L {f(t)} and f" (t)+3f' (t) + f(t) = 28 (t), where f' (0-) = f(0) = 0, ti f" (t) +3f' (t)…

A: Given: F(s)=Lf(t)   Given: f''(t)+3f'(t)+f(t)=2δ(t), where f'(0-)=f(0-)=0

Q: What are the zeros and poles of the transfer function of H (z) = z2 – (*-z+})(*+ ) zeros z = 0, 00…

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Q: Assume that an] and y/n] are both discrete time aperiodic signals, and discrete time Fourier…

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Q: * The canonical SOP form of F(A,B.C)=A'+BC is F(A, B, C) = 0,1,3,4,7 F(A, B, C) = 0,1,2,3,7 ... F(A,…

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Q: Find the Partial Derivatives of the functions with respect to each variable 9) f(xy)= sin²(x-3y)…

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Q: Task 2 C(s) Convert the transfer function 3s+1 to state-space representation. R(s) s3 +5s2+10s+15

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Q: ame that zn| and y[n] are both discrete time aperiodic signals, and discrete time Fourier transform…

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Q: Consider the signal x(t)=cos(4πt)+sin(6πt) , where the sampling frequency of the system is 4 Hz. The…

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Q: (4. Given: is the lapiace transfurm of a signal 83+15 52+9St 20 F(S)= a.) Apply the findl value…

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Q: -0.7 3.5 -2 0.75 -5.5 -0.1 x + |0| u -2 1 -3 y = [1 1 0]x

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Q: Draw S. F.G for the sys. shown in the figure below and fin Y/U A B

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Q: Determine whether the transfer function obtained is correct or not. x;(1) Xz(1) K fy1 -M2 f(t) - M1…

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Q: IF f(t)=t,0<t<n,f(t+nn)= f(t) THE VALUE OF WO IS?

A: Given , f(t)=t, 0&lt;t&lt;π, f(t+nπ)=f(t)

Q: Let u(t) be a finite energy signal and let v(t) be a bounded signal (there is some c such…

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Q: f" (t) +3f' (t) + f(t) = 28 (t), where f' (0-) = f(0) = 0, then F (s) is

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Q: If F (s) = L {f(t)} and f" (t)+3f' (t) + f(t) = 28 (t), where f' (0-) = f(0) = 0, ti f" (t) + 3f'…

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Q: Homework Find the transfer function when : Gi=1/(s+1) • Hi=1 A) 馬

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Q: F(s)3D 2. s(s+2) The partial fractions of F(s) are given by F(s) (s+2) Ob. (s+2) (s+ 2) 1/4 117

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Q: Consider the function: X(s) Show that s = 0 is not a pole of X (s). = 1- e-Ts S

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Q: If F (s) = L {ƒ (t)} and f" (t)+3f' (t) + f (t) = 28 (t), where f' (0-) = ƒ (0¯) = 0, ti f" (t) +3f'…

A: Given: F(s)=Lf(t)  and f''(t)+3f'(t)+f(t)=2δ(t), where f'(0-)=f(0-)=0

Frequency Modulation

Frequency modulation is a method or process of encoding the data of a specific signal (analog or digital) by modulating the carrier wave frequency according to the frequency of the modulated signal. Modulated signals are nothing more than information or data that should be conveyed after being converted into electronic signals.