Problem 1 Determine the differential equation governing the voltage across the current source at t> 0. C1 1F t= 0 11 C2 L1 1H R3 R4 2A 0.50 1F 20

Q: Q4: Sketch the root locus of the system, showing all steps in details K G(s)H(s) = %3D s4 + 5s3+8s2…

A: In this question,  Sketch the root locus of the given system,

Q: Q4. Derive the governing differential equations for the system shown below. T(t) 0,(t) 04(t) 26…

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Q: Question 4. The signal r(t) = A+ B sin(C't + D) can be expressed in exponential form as r(t) = Σ…

A: The given question can be solved by using proper method of Fourier series expansion as the signal…

Q: The switch in the circuit in Fig. below has been open for a long time. At t=0 the "switch is closed.…

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Q: Q3/ Find the solution of th following operation (327.22)8 * (62.125)10 =( None of them 32076.262 C…

A: To find, (327.22)8 * (62.125)8

Q: The switch in the circuit in Fig. has been closed for long time. At t = 0 it is opened. Find io(t)…

A: The given circuit is, The switch was closed for long time. it is open at t=0. we have to find…

Q: The switch in circuit shown in Fig (1) has been opened for a long time and closed at t=0, Find: a-…

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Q: 4) Sketch the following signals a) w(t) = u(t) – u(t – 1) where u(t) is the unit step function. b)…

A: As per our company guidelines we are supposed to answer only first 3 subpart kindly repost other…

Q: Q1. Use the differential equation approach to find i(t) for t> 0. Use Long Method (Differential…

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Q: R Consider the electric circuit in the figure. This circuit is described by the system of…

A: Lets take A matrix as, A=0132-12-14 So find the eigen value:…

Q: Design a circuit that satisfy the equation: Z(t) = 9M(t) +[13X(t) - 2Y(t)], the circuit should be as…

A: Given that Zt=9Mt+ddt13Xt-2Yt

Q: 6. Determine v(t)) for t> 0 if the circuit is in steady state at t= 0". Use the Step-by-Step method…

A: The circuit diagram is, The circuit is in steady-state at t = 0-. The modified figure is, At steady…

Q: Given the following x(n) h;(n) h,(n) h;(n) ► y(n) h1(n) = {2, 2, 1} %3D h2(n) = u(n) 2/2 sin (n)…

A: Given the following: h1(n)={2,2,1}h2(n)=12nu(n)h3(n)=223nsinπ4nu(n) 1. We need to determine the…

Q: L{2 sin(t) cos(t)} s2+4 1 s2+4 s2+1

A: We need to find out Laplace transform of given signal

Q: Q2: Solve the following difference equation with the initial conditions: y(n) + 3y(n – 1) + 2y(n –…

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Q: Problem 1 Determine the differential equation governing the voltage across the current source at t>…

A: In this question,  Find the differential equation governing the voltage across the current source.…

Q: Sketch the following signals a) if t<-4 x(t)= {t +2 if - 4<t< 3 t - 2 if 3<t b) y(t) = x(t-1) where…

A: In the question,  Sketch the following signals.  We are using the shifting property.

Q: 20m H 10MF

A: First we have to calculate the total impedance Find the inductive and capacitive reactance Then we…

Q: 6. A system has the characteristic equation q(s) = s³ + 4K s² + (5 + K)s + 10 = 0.

A: range of the K for the stability can be calculated using the Routh Hurwitz criteria

Q: y(n) = h(n)) * x(n) where, A. h(n) = u(n − 1) and x(n) = u(n-5)

A: a). Consider the given x(n) and h(n). x(n)=u(n-5), h(n)=u(n-1)

Q: Q1. Given the RLC network shown, calculate i̟(t) for t > 0 if L and C are fully charged at t = 0-.…

A: Befoe the switching the circuit reaches its steady-state condition. Before switching the circuit is

Q: E7.4 Use the differential equation approach to find i(t) for t > 0 in Fig. E7.4. ANSWER: i(t) = -2 +…

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Q: H.w: Find R, for the circuit shown below 300 N 300 n 600 RT 600 n 600 N 600 N

A: Consider the given diagram, Here all resistors are in parallel. And the equivalent resistance for…

Q: Unit Impulse Signal Example1: Solve the following. Example2: Solve the following. 4 4 | 8(t)(t – 3)…

A: We woll use the property of area under the delta function to solve this problem. Also the delta/…

Q: Given the following h1(n) = {2,2, 1} ()" h2(n) u(n) %3D h3(n) = 3 2/2 sin (Gn) u(n)

A: Given : h1(n)={2,2,1}h2(n)=12nu(n)h3(n)=223nsinπ4nu(n) We need to find the inverse z-transform of…

Q: Given That: Is=0.0083, R1=9000N, R2=4000 N, L=36 H, C=6 F, The circuit shown below under dc…

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Q: 2s4+3s3+5s+1 83+282+4s+1 Assume r(t) = 2t %3D Write the corresponding differential equation when…

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Q: L V R In the circuit in (Eigure 1), the voltage and current expressions are v = 320e 5t V, t 0t; i =…

A: Resistance = voltage across resistor/ current through resistor.  Time constant = inductor/ resistor.…

Q: Determine the differential equation governing the voltage across the current source at t>0. C1 1F t…

A: In this question,  Initial switch is open,  At time t=0 switch is closed.  Then find the…

Q: 2. The switch in Fig. 2 has been closed at t=0. Determine the capacitor voltage v(t) for t> 0…

A: The modified circuit diagram for t &lt; 0 is, At t &lt; 0, the circuit is in steady-state. The…

Q: Determine the differential equation governing the voltage across the current source at t> 0. C1 1F…

A: In this question,  We need to write the differential equation across the independent current source…

Q: 4. Determine the differential equation of a CT system described by the following block diagram. 4…

A: Differential equation

Q: Switch Si in the RL network shown in Figure 1.101 has been closed for a long time (more than a day).…

A: The solution is given below

Q: The circuit shown in Fig.15 is at steady state when the switch closes at time t= 0. Determine i(t)…

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Q: Question: For the circuit shown below and the given signal, plot the required quantities. Indicate…

A: The input signal x(t) can be expressed as the sum of step and ramp functions.                x(t) =…

Q: Homework 3 The switch in Fig. Below is closed at t = 0. Find i(t) and v(t) for all time. Note that…

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Q: 0.05F 3: Find the current i(t) for t>0 using classical method, if the circuit is in steady-state at…

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Q: A single loop RLC electrical circuit can be modelled as a second order system in terms of current.…

A: The inductor and capacitor are the energy storing elements. They exchange energy among themselves in…

Q: 1. For the following systems, with u(t) as the input and y(t) as the output, determine whether the…

A: (a) Output of a given system is – For input U1(t) and U2(t) output is – For input U1(t) + U2(t)…

Q: In the following circuit, use either differential equation approach or the step by step method to…

A: STEP BY STEP METHOD:From the given circuit, the switch opens at t =0. That is, switch is in closed…

Q: Determine the differential equation governing the voltage across the current source at t>0. С1 1F t=…

A: As per guidelines we cannot provide you hand written solution We have given the problem

Q: Qs: Design a circuit that satisfy the equation: Z(t) = 9M(t) +[13X(t) – 2Y(t)], the cireuit should…

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Q: P7.5.12 (Questions 2 and 3) The inductor current in the circuit shown below is given by i (t) = 6 +…

A: Given: i(t)=6+4e-8t ,    for t≥0 Circuit diagram

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

A: The system is desired to produce desired time and frequency domain characteristics. Hence…

Q: Q 1: CODE*e* V. Assuming the initial current and charge: i(0) = 0, i'(0) = 0. Find the current i(t)…

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Q: Given That: Is=0.0058, R1=7000 N, R2=6000 N, L=26 H, C=2 F, The circuit shown below under dc…

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Q: Is=0.007, R1=6000 Q, R2=7000 2, L=31 H, C=1 F, The circuit shown below under dc conditions find the…

A: In the circuit,  Under DC load condition,  Find the current in the inductor and voltage across the…

Q: Q1. In the following circuit the switch had been open for a long time and is closed at t=0. t=0 R1 2…

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Q: Given the circuit below, find the following initial conditions: 1. iz (0*).i; (0*), and i (0*) d 2.…

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Rectangular Coordinate System

In a rectangular coordinate system, each point based on the pair of coordinates is specified uniquely in the plane. From two fixed perpendicular lines, these coordinates are at a distance in the rectangular coordinate system. Each line is known as the reference axis and axes as plural. The point where they meet is called the origin (0,0).