1- Derive the transfer function of the electric circuits. x(t) L=0.5 H R=0.68 KQ A.c y(1) R=0.68 KQ source 1 T(s) = 2(L/2R) s+1)

Q: Find the transfer function of the given circuit. RESISTANCE R INDUCTANCE CAPACITANCE i(t)

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Q: Derive the Transfer Function of the following RC and RLC circuits: (Hint: Solve directly in the…

A: Given:a circuit,we need to derive transfer function assuming zero initial conditions.

Q: If the fundamental time period of the signal, x(t), given below is 100ms, its first harmonic…

A: nth  harmonic component of frequency is nfo. fo = 1/To  To = fundamental time period of the signal…

Q: X1(s) Solve the transfer function F(s) K = 2N/m K2 = 2 N/m %3D f(t) = 2N-s/m M1 =1 kg Jv2 2N-s/m…

A: In this question we will find transfer function...

Q: Q6 Given : 10 R= 0 + 10 (s +5) S+ 50 What is the steady state error? T = 0.172

A: In this question we need to find a steady state error of the given system.

Q: Find the Nyquist rates for the following signals: X(t)= sin (20t) X(t) =4sin (30nt) + 3cos (70rtt)…

A: The Nyquist rate of the given signal is calculated by using the formula : Nyquist rate, ωs=2ωo where…

Q: Using the Routh Hurwitz Criterion, determine the stability of the following system: R(s) 0.7(s+ 0.1)…

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Q: Find the charge on the capacitor in an LRC-series circuit when L == h, R = 10 , C = 0.01 f, E(t) =…

A: a) To find the charge on the capacitor in an LRC-series circuit. when L=12h, R= 10 Ω, C= 0.01 f,…

Q: M (a) Draw the frequency/phasor domain equivalent circuit. (b) Compute the total impedance of the…

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Q: Answer the question Get the transfer function of the differential equation: 1. y’’’+7y’’- 8y’+ 4y =…

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Q: Find out the energy of the signal x(t)=2e-4tu(t).

A: Energy E of any continuous time signal x(t) can be computed using the following formula:

Q: Q: Find for the following functions: - dx 1) y = + 2

A: A very simple question based on engineering Mathematics of electrical engineering . In this concept…

Q: Determine V₁(s), Z₁ (s), Z₂(s) and the transfer function (Vout/Vin) for the electrical system given…

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Q: Find out the energy of the following signal: u(n)

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Q: When does the PLC counter instruction increment its current count? O Whenever the count input…

A: The programmable counter in PLC will act as a counter similar to the mechanical timer.

Q: You are asked to build an LC circuit that oscillates at 20 kHz. In addition, the naximum current…

A: Capacitor store energy in electric field. The capability of storing energy is called capacitance.…

Q: Determine if each statement is True or False; if false, please explain why a) A forced oscillator is…

A: Need to find true false for the given system4

Q: Find the transfer function 8(s) T(s) T (t) 0 (t) Cro for the system shown in Figure Q6. D 11:01:10

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Q: • Draw the circuit diagram to implement the expression x=(AC+BD+ER + FED)

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Q: Discrete time signal x(n) for x(t) = 3 cos(500t) when fs 1000 Hz. %3D Your answer

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Q: The Nyquist rate is =3cos(50tt)+sin(200 tt)

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Q: Use Euler's formula to simplify: cos(1+i).

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Q: Find the Inverse Laphce transfoom of 14 XE)= s+2546 s435 Re(s) >0

A: X(S)=S3+2S2+6S2+3S;     Re(s)>0 to find the Laplace transform for the above function

Q: ?For the signal shown below, what is the total energy of that signal r(t) A -1

A: To find the total energy

Q: Q4) Find the output y(t) for the figure shown below cos wt sin(w. + wm)t 2 2

A: The solution is given below

Q: The I vs t graph shown below is for an LR circuit without a battery. I (A) 4 3. 2. 1. t(s) 0.5 1.…

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Q: In series compensation, if the series applied voltage is in quadrature with the liner current: A.…

A: Given voltage across the series compensator is in quadrature with line current (i.e. 90 degrees ),…

Q: obtained from two representations. f(t) = 1+ 5cos2000nt

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Q: consider the analog signal x(t) shown below. The Nyquist rate is X(t)=3cos(507t)+sin(200 tt)

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Q: VBIAS O- VI O CM 11 M2 M1 RS ∞ www RL CL VO Given values: ID k VTH VA Vov,M₁ Rs RL CM CL 50 μα 1.5…

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Q: F 6H Hel Vin (t) Vour(t) 8Ω 4H -

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Q: T(t) 0\(1) 02(t), J2 D1 K D2 D1=D2= 2 N-m-s/rad, J1=J2= 2 kg/m2, K=3 N/m. The transfer function of…

A: Given data,

Q: RIS), s42,85+4 2.e S+2

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Q: N-1 Σαπ n=0 n = Evaluate the sum Σ₁ ejπn/2 using the following identity N, 1-qN 1-a ' a = 1 for any…

A: The given identity is ;We need to evaluate the sum ∑n=09ejπn/2.

Q: across the j16 2 j40 2 ணை j40 2 24 2 100 V/30° ( -jl Q j4 2 =-j82 -j10 2= j10 2 j9 2 10 Ω 32 8 Ω ll…

A: Assume 100[30°] is a RMS Value.

Q: Compute the convolution of the following signals O" for n 20 and x2(n) = " u(n) x1(n) = %3D " for n<…

A: Given data: x2(n)=12nu(n) And x1(n)=13n     for n≥0        =12-n   for n&lt;0

Q: Suppose that a signal is defined as x (t) = ¼u (t− 1), where A = 2.68, b = 3.69, and u(t) is the…

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Q: For the signal x(t)=10 cos (5t+5), the fundamental time period is: A. 0.64 s B. 1.256 s C. 5 s D.…

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Q: Q 3. Apply first principle rule and find the derivative of f(x)= 3x – 2x² + 5x- 3

A: Detail solutions in the image

Q: The compensator circuit (passive if possible) will be made, which is given the function at the…

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Q: 1.55. Evaluate the following integrals: (c) (cos t)u(t-1)8) dt (d)

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Q: The signal x(t)= sinc (4t) is applied at the input of the following HPF with w=2 H(@) Determine (a)…

A: Given:  Brief description: In the above question they have mentioned a continuous time domain signal…

Q: sta ng system s+2 H(s) = (s+3)(s– 2) %3D z(z – 1) 22 - 0.5z – 0.5 H(z) =

A: solve above  prob...

Q: 15. 7.15 The switch has been closed for a long time beforeopening at t=0. Find 1. a) iL(t), t≥0.

A: Draw the circuit for t &lt; 0.