7) - UR - +1246) AM R Ⓒult) (lt) find I(s) u(s) L + Ť Ye(s). V(S) 1 Vc H) Vels). Vols ) U(S) Us)

Q: For the following Circuit VTH=10V, RTH=1K. Vth (+) RTh RL a.) What is the open circuit voltage?…

A: We need to find out open circuit voltage, short circuit current , power across load and source…

Q: Consider the circuit in (Figure 1) and take v = 8 V and i = 0.7 A. Figure • 40 Ω ע 150 Ω ww + vΣ 100…

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Q: Example 10. Determine ID2 for the parallel diode of Figure 13. 0.33 ΚΩ 10 V R I'D₁ 1¹D₂ D₁Si D₂Si…

A: Given, As per the circuit , For the applied voltage the “pressure” of the source is to establish a…

Q: An auto transformer starter is used to start a 3-phase squirrel cage induction motor against…

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Q: 6. A coil draws 1875 watts when connected to a 150 V DC source. It consumes 3072 watts when used on…

A: Given data, Power consumed P = 3072 W. Supply voltage V = 150 V.

Q: What is the maximum voltage that can be applied across the series combination of a 150-0, 2-W…

A: We have Power P=V2/R From the above equation we get V=(P×R ) where P-Power rating R-resistance…

Q: Average DC voltage: V

A: Given: 12 V ac power supplied apply to the full wave bridge rectifier circuit. Then calculation of…

Q: What is v(t) equal to for t> 0 if C=0.1 F? 4u(t) A 6523 THE Ov(t) = 24-25e¹ (1+0.5t) [V] Ov(t)=-et…

A: In this question we need to find the voltage v(t) for t>0

Q: Example 13. Determine the currents I₁, I₂, and ID2 for the network of Figure 16. E Si ✈ D₁ + 20 V 12…

A: In this question We need to determine the currents I1 , I2  and ID2  as shown the circuit.  Assume…

Q: Fit P 7- If the sampling period of a 2500 Hz sinusoidal signal is 0.1msec. then the number of…

A: We need to find out the total number of samples for given signal .

Q: Place in Increasing order  nano micro mili unit kilo

A: Nano-represent one billionth of a unit-10^(-9) Micro-represent one millionth of a unit- 10^(-6)…

Q: Daily load of an industry is 200 kW for first one hour, 150 kW for next seven hours, 50 kW for next…

A: In this question We need to determine the annual bill of the electricity.  We know energy E= power ×…

Q: E2.2 Given the circuits in Fig. E2.2, find (a) R and V, in the circuit in Fig. E2.2a, and (b) find I…

A: E2.2  It is a simple circuit with fig a is current source with a resistor . And  fig b is voltage…

Q: For the circuit given below, find the Thèvenin equivalent at terminals a-b, where R = 30. Please…

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Q: . Given x₁(t) = u(t) — u(t - 4) and x₂(t) = e-4tu(t - 2), compute the following convo- lutions and…

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Q: what is the conventional and non-conventional power plant ?

A: Conventional power plant: The Conventional source of Energy which are  generally used and non…

Q: s) A CT LTI system has impulse response h(t) = eu(-t) + e-tu(t). = system causal? (b) Is the system…

A: We need to check whether the given system is causal or stable .

Q: Figure 80 10½ m 1 of 1 202 40 Part B Use your recommended method of analysis to find the power…

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Q: this is good and the answer is correct but what i dont understand is how did u know there is no…

A: We considered the given op amp as ideal op amp. For an ideal op amp, the current entering into…

Q: Consider the circuit in (Figure 1). Suppose that i = 4.0 A. Figure 25 Ω ww 502 is 2002 m 100 Ω 1 of…

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Q: II. PREPARATION A. You will use a basic meter movement having Ifs= 25 mA and internal resistance of…

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Q: Find the Thevenin and Norton equivalent circuit at terminals a-b for the circuit shown below, where…

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Q: 2.22 Suppose in the circuit of Figure P2.14 we connect a 3-V voltage source between terminals C and…

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Q: A coil of 100 turns and area 50 square centimeter is placed in a magnetic field B = 2 T. The normal…

A: Given: Number of turns, N=100 A=50cm2=50×10-4m2 B=2T The Coil makes an angle of 60°

Q: Consider a wind turbine that has a blade length of 21 m. The efficiency of the wind turbine system…

A: Given data: The length is L=21 m The efficiency is η=36% =0.36 The density is ρ=1.2 kg/m3

Q: Determine the Thevenin equivalent with respect to the terminals a, b for the circuit shown in…

A: The thevenin's equivalent voltage can be calculated by using the nodal analysis and the equivalent…

Q: The internal resistance of an ammeter (0 - 10 mA) is 100. If the range is to be extended to 150A,…

A: Given,Internal resistance, Rm=10 Ω.Full scale deflection current, Im=10 mA.and,Extended range of…

Q: Consider the circuit in (Figure 1). Suppose that i = 3.2 A. Figure 25 Ω m 502 3100 Ω TA 2002 -301A…

A: Introduction In order to determine the currents flowing through each mesh or loop of an electrical…

Q: Find the voltage vo(t) for t≥ 0, by assuming the as initial condition v₂(0¯)= 0V. Data: R₁ = 19, R₂…

A: Introduction Transient analysis is a technique used in circuit analysis to study the behavior of…

Q: 9.30 (Inverse Fourier Transforms) Find x(t) corresponding to each X(f). (d) X (f) = u(f+2) − u(ƒ +…

A: Invesre Fourier transform of x(f-fo) is ej2πfot x(t) FT-1 [x(f-fo)]  = ej2πfot x(t).

Q: The resistance of the field circuit of a d.c. shunt generator is 2002. When the output of the 100K…

A: The given question is related to a d.c. shunt generator with field circuit resistance given.…

Q: in the following circuit, a) Find the apparent power, the average power, and the reactive power…

A: Introduction In an alternating current (AC) circuit, the power consumed or supplied by a device can…

Q: 5. An industrial coil has a resistance of 32 ohms and a reactance of 24 ohms and rated 440 volts at…

A: Given data, Resistance R=32 Ω. Inductive reactance XL=24 Ω. Frequency f = 60 Hz.

Q: The circuit given below is for a difference amplifier. Find vo given that v₁ = 1.8 V and v₂ = 3.2 V.

A: It is given that: v1=1.8 Vv2=3.2 V

Q: Problem 16: Consider the system 5 G(s) = s(s+3)(s² +2s+1) Then the system is: ANS: (a) controllable…

A: it is asked to find whether the given system is controllable , observable??

Q: Determine the value of (3+j2+jejπ/2) + (3-j2-je¯jπ/2).

A: Introduction j-Operator: The "j" operator is a notation used to represent the imaginary unit in…

Q: Problem 1 Plot the bode plot of the system described with the transfer function below G(s) = 10(s²…

A: Analysis of the magnitude and phase variations brought about by a linear time invariant system may…

Q: A toroid with a mean length of 20 cm, and cross section of 2 cm², and relative permeability of 6700.…

A: Given data: The length is L=20 cm=0.2 m The cross-section area is A=2 cm2=0.0002 m The number of…

Q: Given P(18.2, 85 deg, 124 deg) in spherical coordinate system, what is ρ (rho) in cylindrical…

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Q: For each of these circuits, find an expression for Vout as a function of Vin and the components…

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Q: 4.6 Work (a) and (b) with the following truth table: B C 0 0 0 1 1 0 1 1 0 0 0 1 1 0 1 1 A 0 0 0 0 1…

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Q: For the circuits in Fig. 14.81, find the resonant frequency, the quality factor Q, and the bandwidth…

A: Given: The given figure is, To find the resonant frequency, the quality factor Q, and the bandwidth…

Q: Q1-A car travels at 120 km/hr. If the earth's horizontal magnetic field is 4.1 x10-6 Wb/m2 and the…

A: Given: Speed of the car=120 km/hr. Horizontal magnetic field =4.1×10-6 Wb/m2. Vertical magnetic…

Q: Consider the circuits shown below. (Due to the nature of this problem, do not use rounded…

A: Its basic Resistive circuit  Circuit A and B given , we have to find following parameters

Q: Question 2 Given the following block diagram. R(s) (a) (b) G₁ H₁ H₂ G₁₂ Draw the signal flow graph…

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Q: QUESTION 21 An alternator is generat generated voltage per pr a. 180 b. 105 c. 150 d. 140

A: Given,  Per Phase voltage of an alternator = 210 V   Speed in rpm (N1) = 1500 rpm    Drop in…

Q: If the final op amp has a current limit of ± 50 mA, what is the smallest acceptable value for a load…

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Q: 9.39 (System Response) For each circuit of Figure P9.39, let R = 102, C = 1F, and L= 1H as needed.…

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Q: Answer the following problem with solution 1. For a 75 ohms line and capacitive load with Z1 =…

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Q: Q1)etermine the Fourier Transform of x(t) = e-(t/2)u(t) and sketch (a) ∣X(?)∣  versus ? (b) ∠X(?)…

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