Question 3 What is the value of real power supplied by the source in the figure? 60 30/0° V ms 40 2007 8 5252.8 None of the answers 3031.4

Q: Consider the circuit in (Figure 1). Part A Find the average power delivered by the ideal current…

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Q: For the network of the figure below, Calculate the true power delivered to the reactance Xc. R 20 E…

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Q: A 300:5 class C CT is connected to a measuring instrument with 2 n burden. The secondary current of…

A: Given CT ration 300:5 instrument burden , RI=2 Ω CT current Is=4.3 A lead wire resistance =RL=0.01 Ω

Q: An industrial load is known to be inductive and consumes 90 KW. The ammete reading is 260 A ms, and…

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Q: 19. Determine the electric current that flows in the circuit as shown in the figure below 12 V 1002…

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Q: kWh Meter 230V, 1 phase. Current flows to the load with (PF = 1) 4A constant for 6 hours. %3D If…

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Q: What is the value of real power supplied by the source in the figure? 60 30/0 V rms +120

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Q: * Wattmeter-XW. 302.082 mW R1 V1 Power Factor: 0 602 1200 Voltage Current 10 Vrm: 1kHz 0° C1 1pF

A: The detailed solution is attached with.

Q: The power factor of the circuit shown in figure 2 is. a. 0.866 lagging  b. 0.5 lagging  c. 0.707…

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Q: QUESTION 7 An industrial heater has a nameplate that reads: 166 Vrms 50 Hz 106 KVA 0.88 lagging What…

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Q: The push-pull stage of the figure below delivers an average power of 2 W to RL = 16 22 with VCC =…

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Q: Determine the resistance equavlent by delta to wye method? 200 mV 300 0 600 n 12 kn 400 n (e)

A: The obstruction offered to the flow of current is known as resistance. The electrical component that…

Q: The current is flowing in what direction?

A: To find the direction of current

Q: The frequency of this voltage source is V(mV) 238 136 سة 34 10 Hz 20 Hz 50 Hz 60 Hz 20t(ms)

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Q: 30 time [ms] Figure 1. V-t Graph of three phases in Turkey. Click to see additional instructions…

A: Given: The graph given is,

Q: Solve for VL1

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Q: Show that the power supplied equals the power absorbed in the following circuit. All voltages and…

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Q: 9. An electrical series circuit with resistance, inductive and capacitive reactance is shown below.…

A: Given:

Q: 5) Determine all the currents and voltages in the figure below. 84 . I1 · 20Ω 12 10Ω L ΣΩ Σ0Ω

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Q: 2.5 N b + a 4.5 V 6.2 V+ h d 4 V+ 3.6 N 7V I+ f e

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Q: QUESTION 9 An industrial heater has a nameplate that reads: 213 Vrms 55 Hz 170 kVA 0.86 lagging What…

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Q: 1.51 6 mA 1 mA (f) I, and I,

A: Given: A circuit consisting of independent current source and dependent current source. According to…

Q: Part A Find the average power delivered by the ideal current source. Express your answer to three…

A: In this question, we need to determine the average power delivered by the ideal current source.…

Q: 450 Q 6 Vrms 340 Q 600 2 200 Q

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Q: What is the value of real power supplied by the source in the figure? ww 30/0° V ms 42 5252.8 None…

A: Given circuit,

Q: A 15 kW, 280V, 1200 rpm WASHING MACHINE needs to be fed by a generator in your home. You have a…

A: Specification of washing machine,PL=15kW,VL=280V,N=1200rpm,Now, we need to choose the best…

Q: + P Vo 0.8 pf lagging For the circuit shown above, what is the magnitude of the voltage Vo? Assume…

A: A closed path, where electric current can flow defined as an electric circuit. It is various…

Q: Consider the circuit shown in (Figure 1). Suppose that 0 = 26°. Figure Source A 240√2/50° 10 www…

A: Power is given byP=(RMS voltage)*(RMS current)* power factorP=VI cosphieCurrent, I= (Va-Vb)/R+jX.

Q: A sinusoidal current has a rms value of 3 amperes, its peak to peak value will be 8.4853 amp 2.1213…

A: Given rms valus of sine is 3 amperes For sine wave peak value Vm = Vrms2 Peak to peak value = 2 Vm

Q: Ques 5. Determine the electric current that flows in the circuit as shown in the figure below. 12 V…

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Q: For the circuit shown, determine the current through the 2+j5 ohms impedance. 1 jsn 252 um 2 •…

A: The detailed solution is provided below.

Q: QUESTION 6 A motor with 15mH of inductance and an unknown internal resistance is connected to a 50V…

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Q: An experimenter is working in his laboratory with an electromagnet, as shown in the figure. He…

A: In this question we discuss about whenever he turns off the electromagnet, it appears a large spark…

Q: For the circuit below, if I1 = 3A; determine the the potential difference (in Volts).

A: Nodal analysis is a technique used to calculate the currents in all the paths. Kirchoff current…

Q: According to the figure below, it determines the power required by the current source.

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Q: A circuit with a resistor and a capacitor in series takes 227.6 watts at a power factor of 0.513…

A: It is given that: P=227.6 Wcosϕ=0.513V=220Vf=50 Hz

Q: current of 1 = -6 + 8 12 sin (wt + 30) is passed through a cen I

A: I= -6+82sinωt+30°A PMMC meter reading=? moving iron meter reading=?

Compensation Techniques

The compensation techniques are the methods that are employed in the electrical control systems to enhance the performance of the system. The performance are generally affected by the factors like lag in the compensating devices, slow response of the system of the components like sensors used in the control system. The basic compensation technique involves lag compensation, lead compensation or the combination of the both.