Homework 01: Determine the current through the resistor RI in the circuit shown below using the mesh currents method. 50. 42 R E, = 20 V Z0 E 40 V Z 60° '6n 60

Q: Determine the delta-configuration for Figure 5 by showing the exact values for all components. (Take…

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Q: Solve for the voltage drop and the power dissipated across resistance R3 using Nodal Analysis. E, 24…

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Q: V1 = V2 = 202 V3 = www 3 2290° A220° V 42 4Ω Find the SAE's for the assigned nodal voltages. Solve…

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Q: 93uF 7 L 301 3302 5 Pa ssband ain190 vj İVJ I got the exact ftsl98.0549Hz- vil is the Voltage gan…

A: Write the expression to find exact value of lower cutoff frequency for the given circuit as follows:

Q: For dissipated by R2 I am confused where 225 over 242 is coming from.

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Q: Determine the loop currents values for the circuit. where R1= 170 (ohms), R2= 340 (ohms), R3= 85…

A: To find the loop currents I1 and I2 .

Q: R. b а R1 R2 ww n Ra RD R3

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Q: Determine all currents in the circuit shown. I 120V 60 H₂ I, IR IL I₂ 3452 $10.52 :-j42

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Q: A 252 B 202 HH 2F Em Pm C D 192 202 56V

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Q: 5. In a series RC circuit, R = 5 ohms, C = 0.01 F, and E = 100 V. When t 0, i = 0. Find the charge…

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Q: 6V RI 2.39 R3 6.0goA 5 V find the ćurrenes of thestdy?

A: Let us assume I1,I2 and I3 be currents in each ammeter and i1,i2 qnd  i3 be currents in each…

Q: + VA - RA 3.6 0 'c B + RT 61 VB Rc 3N Vc E -16.8 V

A: Calculating total resistance  RT=3.6 Ω+6 Ω∥3 ΩRT=3.6 Ω+6 Ω×3 Ω6 Ω+3 ΩRT=3.6 Ω+2 ΩRT=5.6 Ω

Q: Wi8 = W19/ (R3 /21,B, +1) = 10µ/(2k*V(200µ*2m)+1) = 51.3 µm. %3D . ono+ the tro nsistors Mɔ,

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Q: In the figure, R resistors are coded according to the colour code system. For R1, the first ring is…

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Q: 3. In figure A, V1 = 12 V, V2 = 15 V, V3= 25 V, V4= 30 V. The applied voltage E must be equal to V.…

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Q: What are the branch currents, 12 and 13? R₁ 4 kOhm V₁ 35 V R2 7.5 kOhm R3 12.5 kOhm

A: In this question,  We need to Determine the branch current I2  and I3   We are solving this problem…

Q: + 17V 14A+ R, 25V 0.41

A: Applying the nodal analysis at the node:

Q: In Figure if Φ = 0.01 Wb, compute B2. Aj = 2 × 10-2 m2 Φ Φ A2 = 1 × 10-2 m2

A: The given core isThe flux, Φ=0.01 Wb.We need to determine the flux density crossing the point 2 i.e…

Q: Find the Value of I/PT if I=63 P=840 and t =219/365

A: According to the question we have to find the value of I/PT.

Q: 21 It 580 Ohm 5.136 uF 390 Ohm 0.859 H 12 E 220 Ohm 30 VISO H20 Deg 330 Ohm 22 14.475 uF 1.49 H

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Q: (d) In the cicuit shown in figure 6 find the currents I₁ and 12, express your answer as phasors.…

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Q: Calculate average load voltage of the circuit if C=0 and a = 5 and RL= 470 ohms. 中 220V GOHZ DI C R…

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Q: Exam Content The following questions 1-5 refers to the circuit shown in Figure 1. ww IT 4/0° V ( -j5…

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Q: In cables, the insulation is depended upon_ O current O resistance O voltage

A: Insulation of cable is generally made up of dielectric material that means insulation is totally…

Q: incorrect. it should be vth=-9v and req=3 ohms please redo correctly.

A: Thevenin equivalent,acros A-B terminal. In this circuit 1st we find Rth= Equivalent resistance…

Q: Question 1. Refer to figure below. E-230 V/0° f=50 Hz Determine the current 7₂. 2.875290* A…

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Q: Find the unknown quantities for the circuits below using the information provided. E + V₁ www 1A 202…

A: 1. First circuit diagram -2. Second circuit diagram -

Q: ROV Vn V16₁ V₁ cating related voltage/current levels 4. (a) Draw wave Extra: Computo values of…

A: Given: In this question, the given details are, a) To draw waveforms as applicable indicating…

Q: VEE =-12V, VCC = 12V, R1=9800 ohm, R2 = 3300 ohm, RC = 1800 ohm, RE = 970 ohm, B = 100 Calculate IB…

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Q: RC Circu Each circuit below consists of a battery, a capacitor and uncharged. Determine the voltage…

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Q: 9V ImA 1002 ↑ +1 85022 loks 8505 IMS 25002 VI

A: We are given a circuit problem of op-amp :We have to find V1 in the circuit.

Q: ÉA fab j-Xab Eg Ec -j- Xca Ea=220+j0 V, Eb=-110-j190.5 V, Ec=-110+j190.5 V. Rab=200 Ohms, Rbc=150…

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Q: What are the branch currents, 12 and 13? R₁ 4 kOhm

A: Given, I2 = ? I3 = ?

Q: A three phare asynchsenous moter, euppheel V,=400V aut - So M2, produces anaded tereue equal to…

A: Given information about a three phase asynchronous motor is: Supply voltage Vs=400 Volts (line to…

Q: 1040⁰ + + 20-22 2052 2430° Majsn 5230 (5+10j) (10-j2) Determine the voltage across the 20 ohm…

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Q: Using nodal method, determine the magnitude and polarity of the voltage across each resistor. 12 V 4…

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Q: Measure currents for unbalanced load

A: In the given circuit, the 3-phase source(s) and load element(s) both are connected in star-form.

Q: What is the current in this circuit? 221UF 300 44.2uF 50V /0° 60HZ

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Q: Kirchhoff's voltage law states that the voltages (rises and drops) around a loop combine in this…

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Q: Exam Content The following questions 1-5 refers to the circuit shown in Figure 1. ww IT 4/0° V -j5 2…

A: In this question we will find output voltage Vo...

Q: Draw the waveforms of the voltage at the load (RL) end, the voltage at the R end, the voltage at the…

A: Draw the waveforms of the voltage at the load (RL) end, the voltage at the R end, the voltage at the…

Q: a) For the Current Locus shown Draw the equivalent electric circuit? Find the value of each element…

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Q: D Find the total energy dissipated in the 120 and 270 12 resistors Express your answers in joules to…

A: The total energy dissipated in the 120Ω and 270Ω resistors needs to be calculated by using the…

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.