1. a. Qbtain Vo in Fig.1 using nodal analysis. -j22 25 2 0000 24/0° V 30 2 10 2 ww 40 2 4/0° A| j4 2 Eig. 1 ww

Q: Q1: Determine the current iz for the network of Fig.: - 80 x 10 sin et 7 120 x 103 sin (ut + 60)|

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Q: Obtain Zbus for the following system G2 O.9225 0.25 (ALL ane tu mpedances)

A: Obtain Zbus for the following system;

Q: t= 0 s 2 mH t= 0 s leeer i(t) 2 kN is = 2 A 2 ΚΩ 1 kQ Vs= 10 V

A: Here we have mentioned the two different switches both are operating at different time ones which is…

Q: .Q1: Find V 30 Ω 16 Ω 15Ω 10 Ω 100 V 35 Ω 12Ω 20 Ω

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Q: .136 In the circuit given below, the average power supplied by the dependent source is W. j1.92 Q…

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Q: 10.14 Calculate the voltage at nodes 1 and 2 in the circui Hof Fig. 10.63 using nodal analysis. p's…

A: The circuit shown in the figure have 2 nodes.  Find the voltage at node 1 and 2 .  We are solving…

Q: 1. Evaluate the principal value of : (1+ j1)(1 – 31) A. 2.808 + j1.318 B. 2.808 - j1.318 C. 1.318 +…

A: Use calculator in radian mode  Answer is option A

Q: 11.18 Find the value of Zz in the circuit of Fig. 11.49 for maximum power transfer. 40 Ω 60/0° V…

A: In the question they are interested in the value of equivalent impedance for the maximum power…

Q: J0Tined Current nit usig rchoff's law Mesh analysis Noclel Therenin Norton SuperPositions bellow. 22…

A: Since you have asked multiple questions in a single request, we will be answering only the first…

Q: Determine the imaginary part of the impedance Z for maximum power transfer if R = 2 and L = 11. (Use…

A: Given circuit, R=2 and L=11

Q: jwL j48 1) [5pts] Determine the steady-state voltage v(t) in the circuit below. 40 cos(250t -15°) V…

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Q: I, 60/0° V +1 j15 Ω j100 Ω m j50 Ω j0 Ω ell 80 Ω j 10 Ω 40 Ω-j20 Ω ww j80 Ω +1 1, 20/90° V Find 11,…

A: Detailed solution is attached with the notes.please go through and follow up in case of queries.…

Q: Compute for the following and draw the power triangle a. Real power b. Reactive power c. Apparent…

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Q: Question 4. Z, = (10+ jl7.32)N , Z, = (20+ j34.6)N, Z,=(25+ j43.3)N, %3D Z, = (10+ j17.3)N,…

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Q: W=100G vodls A) Sketch the Fieguency domain 2.5kL 1.25 (2cos (WE) V B) Determine the the venin…

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Q: Use Nodal analysis, Determine the node-voltage at node a. 20 Ω J10Ω 50 N a 2500° V 0.03V, -j100 N…

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Q: Using nodal analysis, the value (magnitude) of V, in the circuit shown in Fig. 2 is; j6 2 4/90° A…

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Q: Using THEVENIN'S OR NORTON'S THEOREM, determine the value of PMAX (in watts) th to the load. RL 42…

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Q: For the circuit below, find Vg. 0.2 N j0.04 2 0.3 Q j0.15 N ell 10 W 15 W V. 120 V rms 0.9 pf…

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Q: Example: Find the value of z if 10 30° + (3 - j4) z = (2 + j4)(3 – j5)'

A: From the Complex Alzebra

Q: G/Verify the following identities Zanh ( x + y) = tanhx + tanky 1 + tanha tanhy

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Q: v(t)= 4 cos(10*t+ 30°) V 60 kQ i,(t) v(t)(± 2 nF 110 kQ

A: First calculate the voltage at the non-inverting terminal ( V+ ) the opamp using KVL. Then from the…

Q: I the load impedance ZL for the networks in Fig. 5 fo m power to the load. 4 + E = 60 V Z 60° RE 10…

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Q: Calculate current I, in the circuit of Fig. 10.11 10 Ω www j8 Ω 60/0° V -j6 Ω Figure 10.11 -j4Ω 5Ω…

A: In this question,  We need to determine the current Io  as shown the circuit.  We are solving this…

Q: Find the Thevenin equivalent circuit with respect to V. Z, = 40 + j202 Z3 = 15290°N V = 10430°V i =…

A: Given:- To find:- Thevenin equivalent circuit.

Q: -lem 1: In the cirenit shown below, find Vs 0.2 2 jo.04 2 0.3 2 j0.15 2 ww ell 10 W 0.9 pf lagging…

A:

Q: Q 1. Determine Vx and is in the fig(1) 12 sint V

A: Given

Q: Determine the voltage V, in the circuit of Fig. ww + 120 45° V (+ j8 Q 10Ω V.

A: In the given circuit, the current I1 and I2 are entering a dotted terminal. Apply KVL in loop 1…

Q: Find lb in the circuit shown below if Vg = 25/15 V and la = 5/15ο Α. j3 Ω =j2 Ω +1 Σ1Ω 19 Z =j5 Ω I…

A:

Q: USE NODE VOLTAGE METHOD CNODAL ANALYSIS 22 1003 1 24

A: Given circuit,

Q: 8Ω j12Ω 24 2 a 60 4:1 ww m 1:5 ww V /0° V ms -j102 b. For the circuit shown, if V= 58, the value of…

A: In the circuit,  two transformer are connected as shown in the figure.  Find the current I1  if the…

Q: Find lb in the circuit shown below if Vg = 25/15 V and la = 5/15ο Α. j3 Ω 19 + | | Z =j5 Ω In 4Ω −j2…

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Q: 30/-35° V (+21) 16 f -j28 (1 Ht 80 36/15° V Fig. 13-38 12 Ո j20 le

A: Note : Since nothing is mentioned what should be answered . I1 and I2 is shown in diagram.  So we…

Q: 10 2.5IA -j20 30 20230°v j42 ll IA

A: Given,

Q: Determine the phasor currents I, and Iy in the circuit of Fig. 13.13. 5Ω j2 Ω 100/60° V j6 Ω 12 -j4Ω…

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Q: If v,(t) = –10 sin(@t – 30°) V and v½(t) = 20 cos(wt + 45°) V, find v(t) = v;(t) + v½(t) %3D

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Q: 12 20L0° 10 L90 15 Lot Fig. 15.2 Fig. 15.3 8f+9 263.4° 4.47 63.4° 2-js 3-j4

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Q: 10.15 Solve for the current I in the circuit of Fig. 10.64 using nodal analysis. ML 5/0° A 22 j1Q ww…

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Q: A load has impedance Z=4+j3Q and applied voltage of V=10230°V, then apparent power of the load is O…

A: In this question we need to find a apparent power of the load

Q: Q.13 If a =i-2j+k, b=i+2j-4k, c= 2i – 3j +k Evaluate: (i) ( a x b ).( a x c ) (axb )x( a x c ) (ii)

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Q: Using nodal analysis, find U₁ and U₂ in the circuit of Fig. 10.3. 30 sin 2t A Figure 10.3 292 0.2 F…

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Q: L = 0.5 H A.c R= 0.68 KO Source T(s) = (LJR) s+1 Fig. (1-6) (L-R) circuit.

A: L=0.5 HR=0.68 KΩT(S)=1LRs+1

Q: 10.15 Solve for the current I in the circuit of Fig. 10.64 Husing nodal analysis. ps ML 10/0° A j1Ω…

A: Node: The meeting point of more than two branches in a circuit is referred as a node. At that node…

Q: For the admittance locus diagram shown below: find the value of each element in the ?circuit if…

A: Admittance Locus Diagram:

Q: Calculate the power consumed by the 102 resistor using nodal analysis. jsn 1002 20/30 v 2002 -j150…

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Q: 50 rad/s, determine Zin for the circuit in Fig. 10 2 ww mm 0.4 H 50+j202 20+j302 30-j202 20-j302 20…

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Q: j120 242 ww 4:1 a 60 ww v /0 V ms -100 For the circuit shown, if V=58, the load between a and b is…

A: MAXIMUM POWER TRANSFER THEOREM: In any linear bilateral 2-terminal network consists of linear…

Q: 2. Find I and Z, -j20 N jso n 200/30° V 40 n 20 N

A: Given data: V=200∠30° V

Q: 10.15 Solve for the current I in the circuit of Fig. 10.64 H using nodal analysis. ps ML 10/0° A 2Ω…

A: In the circuit,  Find the current I as shwon in the figure.  We are solving this problem using nodal…

Q: w = 100,000 rad/s V = 20 V R1 = 5 ohms R2 = 20 ohms L = 30 microHenry C = 1.667 microFarad 1) What…

A: As per the guidelines of Bartley we supposed to answer first three subpart only.

Current Division Method

The generalized current divider formula is given by the following relation below,