Q1/B- For the following Frqure Find: VR3, VR2, IR2, IR. 4K R. lov

Q: 1. Given V = 2x3y2z4. Find: a. grad V (2 b. div grad V

A: Basic question on electromagnetic theory... Look below for the solution..

Q: For the network , determine: a. Ig. b. Ic. c. VCE- d. Vc. - 16 V 12 k2 Vc IB VCE B = 80 9.1 k2 15 k2…

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Q: Solve for the Maximum Power Transfer if R1 = 302, R2 = 59 and Is = 179. R1 R2 50 RL Is

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Q: etermine /B and lc and Vc for the circuit shown below. Vcc +10 V 1.0 k 22 kfl W D Poc= 50 TV

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Q: find to v1, v2, v3, v4. 2A sa 34, 3 A

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Q: Q3) Find the value of (1) in the circuit shown using Nodal analysis. V1 80 Amp

A: Given circuit,

Q: R3 100 15v Rz 10k2 1K

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Q: Q1: Using superposition, find the current through R3 for the network in Fig (t)4A RE42 105 A RE20…

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Q: For the network Shown in fig. be Final Is, using D-Y or 9-0 Gr RI Rz Is, R3 32 5v

A: In this question, we have to find out current through 10 V source by converting star into delta…

Q: G1/B- For the following Figure Find: VR3, VR2, IR2 , IR, tok R. fov

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Q: Juestion (4): For the circuit in Fig below, find V1, V2, and V3 using nodal analysis. 22 V P2 ww ww…

A: Given circuit

Q: A) Find the Ceg. At point A&B in the network in fig.(1a) buf 2uf Yuf Fig.la B) Find the Leg. At…

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Q: Q:- For the network shown in fig. bellow, Final Is using D-Y or -0 Gonversion RI Rz Is, 1ov R3 32 5v

A: Given data: R1=2 Ω R2=4 Ω R3=3 Ω V1=10 V V2=5 V

Q: r the given series parallel circuit shown in fig. 1 Find E, V2, V3,V4, 13,12, P1, P2, P3, & Pt R1…

A: The solution can be achieved as follows.

Q: Determine the following for the network of Fig. (a) VGSe (b) IDe (c) V DS- (d) Vs. (e) VG- (f) VD-…

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Q: Q2 : For two of the following networks DRAW

A: As per company guidelines we are supposed to answer only one question because questions are not…

Q: Determine the following for the network shown: a. VGS b. lp C. VDS d. VD e. VG f. Vs + 1 ΜΩ 2V G +…

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Q: the cct shown find Vo f i. 8Ke Va io Skr vb V。そEL 1oka

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Q: Finel Isi using D-Y 4-0 Gnversion or Rz Is, 1ov R3$32 T 5v

A: Here i have solved it by transforming star to delta.

Q: Vee = +18 v Rc=4 kN B: 100 RE = 2 kN Fig. (Q-9 to Q-15) VTh. = VBB = VB = А. 3.5 V R2 = 3 kN. R1…

A: It is voltage divider biased circuit  So by voltage divider rule vth=vbb =vb = vcc×R2/(R2+R1)

Q: EXAMPLE Find the total resistance of the network in Fig. HW R, A W R, R4 E IN R R6 Rg R10 E 0.51 R11…

A: Given  Circuit find the value of Rab

Q: Q2/Using kirchhoff voltage law for fig. below to find 18 V 10 V 12 V 3V Vs

A: Given circuit shown

Q: Q1/ Use Karnaugh Map to simplfiy the following then draw the circuit. Y = A'B'C'D' + A'B'CD'+AB'C'D'…

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Q: Q1/B- For the following Fiqure Find : VR3, VR2, IR2 , IR, 10k R. fov 2K D3

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Q: होल FSV 322 F3V y Is 352 find current in So using Norton's Thesson A

A: We need to find out current through given resistor by using of Norton Theorm

Q: G1/B- For the following Fiqure Find: VR3, VR2, IR2 , IR 4K tek R. lov 2K os DI

A: This circuit have 3 diode.  Forward bias diode voltage VD = 0.7  Find the current in resistance R1…

Q: Note: IR3 R3 B- For the circuit shown, write the correct equation for IR3 when the node 3 is R1 R4 2…

A: SOLUTION-

Q: For the given network diagram find the current and voltage across R1, L1, R2 and C2 using any…

A: Brief description: In the above given AC circuit we need to compute the value of current &…

Q: fofw.5> Find Thevenins equivalent eircuit fr the cet shown

A: The solution can be achieved as follows for the given circuit.

Q: Ezeumple : Uking Moxwella loop eurrent method Find the earrannt in the 2e resistor in the network…

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Q: (H-w) in the hetwork shoon in fig, Find thesos resistance between the Ponits E, F, the humber…

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Q: Q2/Using kirchhoff voltage law for fig. below to find 9V 18 V 12 V 10 V 3V 3 * = V, 3 V 4 V O 6 V 2…

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Q: Q:- For the circuit Shown in Fig belbw; Finel the Current I2 uSing mesh (looe) analy sis. 452 22 62…

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Q: R, R2 A R3 R4. Ra d RAB in the circuit shown given that R1 = 10kN, R2 = 10kN, R3 = 8kN, R4= 10kN and…

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Q: Hiw u] if T.= 2mA in the circuit in fig. find Vs. %3D and Power (Iks). in Vs 3kn

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Q: Q4 : solve 1) e² = 1 + jv3 2) z3 – 1 = jV3 3) e2z-1 = 1 Q5: prove

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Q: Q2// For the following network draw ve

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Q: Q5. Using the Norton's theorm, determine the current through the 30 resistor for the network hon R2…

A: In this question we will find current through 3 ohm using Norton's theorem...

Q: 2) R2 Ry =502 R2 =4 kn = 1kL Ry = 5On Rs = 99kn Noz R8 %3D R1 %3D Vos R9 R4 R5 R6= kn R10 R8=100k R9…

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Q: Q.2 Determine Rrand / for the following network of Fig.2. ch P- 30v- B3 102 10 4 612 Fig.2 R1

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Q: Q3: ди and az ди 1. find if z = = 5 tan-1(x)and x = eu + In(v) at the point (In2,1)

A: The solution is given below

Q: VT R2 R3.R1 R1-0.5R2 VR2= 12V PR3=12mW VRI=12V

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Q: Question (4): For the circuit in Fig below, find V1, V2, and V3 using nodal analysis. 22 V (+ -) ww…

A: Node: The intersection of two or more branches is being referred as node in a circuit. Nodal…

Q: H.W.(4):FindV,in the network in Fig. shown. ww 240V en 140 jaa 40 2.V 10 V2a [Answer:]

A: There are 5 meshes and coupling inductors in the circuit. Consider the 5 mesh currents as…

Q: Q2) Find E2 if the current at RL=5mA, use Norton theorem 2k 1K RL=2k E2 12v

A: In the circuit, 2 independent voltage sources are consist. Find the value of E using the Norton…

Q: For the series-parallel configuration in Fig. a. Find the source current I b. Find currents I, and…

A: In a parallel combination, if total current is known, current in any branch is found by current…

Q: Q-3: For the circuit in Fig. (3) obtain v1 and v2 using nodal analysis method.

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Q: +9 96 H.W1: Hint ix (vo - vi)/RB, io = (ic + ix) and ii = (ix -ib) For the circuit below, find the…

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Q: EXAMPLE Find the total resistance of the network in Fig. HW R, R2 R, R. 10 R6 R, Rg R9 R10 0.51 B.…

A: This question is based on netwrok analysis and will be solved by using star delta transformation .…

Q: Find the resistance of the circuit shown ( RAD) 62 ww- 1.35 2 ID 52 B C A 10 2 42

A: Resistance - Resistance opposes the flow of current in the electrical network. It measures in Ohm.…

Maximum power transfer theorem

A resistive load will consume maximum power from a network when the load resistance is equal to the resistance of the network as viewed from the open-circuit terminals, with all energy sources removed leaving only the internal resistances. Physicist Moritz von Jacobi introduced the maximum power transfer theorem in 1940. Therefore, this theorem is also known as Jacobi's law.