1/ Use superposition principle to find i, in Fig. 1 122 ww 15 V 102 40 2 4A Fig.1 ww

Q: Q.2 Find R; for the network of Fig. 3: RI R. 10 2 E 6V 20 12

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Q: V?- In the circuit of fig. find the value of supply voltage V so that 200 resistor can dissipate…

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Q: 50 2 ww 25 2 ww 20 2 Q-1: Find i and V, in the circuit of Fig (1) ww 35 2 20 V 50 Ω : 30 2 60 2 20 2…

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Q: Determine Vc and Ig for the network of Fig. 4.151. -22 V 2.2 k2 82 k2 = 220 16 k2 0.75 k2 FIG. 4.151

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Q: For the bridge network in Fig. 3.86, find i, using mesh analysis. 2 kQ 6 ΚΩ 6 ΚΩ 2 k2 56 V 4 ΚΩ 4 kQ

A: We have given a bridge network where supply voltage is 56V and resistance are…

Q: Convert the A network in fig.2 to an ;equivalent Y network Re a 25 2 15 Q 10 2 Rp Ra | Fig. 2

A: This is a simple question based on network analysis subject and the topic is star delta conversion…

Q: Determine I, in the circuit in Fig. 3.58 using nodal analysis. 601, 250 a 24 V 50 2 150 2

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Q: Exercises(3) 3. Determine V, in the circuit below. 20 ww- 60 ww 3 V A6 Fig. 3

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Q: A) Find the voltage V in the Fig. (5) by using the mesh analysis method. 1|40 -j2 n Fig. (5) | 12|0…

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Q: If Reg =85 N in the circuit of Fig. 2.105, find R. R 10 30 Ω 12 2 12 Ω 10 2 Rea 60 N

A: This question belongs to circuit theory . It is based on the calculation of equivalent resistance of…

Q: 4.For the circuit shown in fig.4. Using superposition theorem, find the current through the resistor…

A: RESISTOR (R): A resistor is a passive electrical component with the primary function to limit the…

Q: Using the superposition theorem, find the current I through the 4 2 reactance (X,2 ) in Fig. below:

A: To solve above problem, one should know about superposition theorem. It states that in any linear…

Q: 3.51 Apply mesh analysis to find v, in the circuit of Fig. 3.96. Vo 400 V (+ 10 2 10 Ω 10 Ω +) 100 V…

A: To find the node voltage Vo by applying mesh analysis

Q: Using mesh analysis, determine the currents for the network of fig (5) 652 SA 6 A w 202 852 ww

A: Given circuit :

Q: 56. Determine Ig and Vc for the network of Fig. 4.152. +8 V 3.3 kn B =110 3.9 k. 0-12 V Ve FIG.…

A: Given data, β=110V=8 VRE=3.3 kΩRC=3.9 kΩVCC=-12 V

Q: 56. Determine Ig and Vc for the network of Fig. 4.152. +8 V 3.3 ka B- 110 3.9 ka 0-12 V Ve FIG.…

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Q: For the circuit shown in Fig.1, find the power of source 1A using thevenin theorem. * Fig. 1 41, 2Ω…

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Q: 1. Find VAB in the given network: 20 V 4 R1 25 2 R2 40 2 VAB R3 15Q R4 10Ω

A: In this question,  Find the voltage across the A and B.  We are using the voltage division method.…

Q: 3.36 Use mesh analysis to obtain i₁, 12, and is in the circuit in Fig. 3.84. 10 V 492 ww + 13 12 V…

A: Given, The circuit is,

Q: Determine the value of R,V1 and V2 given that i, = 15MA in the circuit of Fig. 3.12. 3 kΩ 90 V 4 k2…

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Q: a) Use the principle of superposition to find the voltage v shown in the circuit of Fig., 2. b) Find…

A: [a] The given circuit is:

Q: Use mesh analysis to obtain i, in the circuit of e Fig. 3.90. 90 V + -) 4Ω 12 180 V 5Ω 45 A

A: Given circuit Given that we need to find io using mesh analysis so lets assume the mesh loops i1 ,…

Q: Find the number of branches and nodes in the circuits of Fig. (2). 12 V 2Ω 1A(4) 4 A 3 2

A: A circuit is made by interconnecting circuit elements. While interconnecting, there will be points…

Q: Q5:- Write the mesh equations for the networks of Fig. 4 10 A 50 1-10 A430 E-40 V20° Fig. 4

A: The mesh equation can be obtained by applying kirchhoff's voltage law to the meshes in the network.

Q: For the circuit shown in Fig.1, find the power of source 10 V using thevenin theorem. * Fig. 1 12 +…

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Q: Using mesh analysis find V, 20Ω 102 ll (4)4.5/0 A 202

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Q: Using the superposition theorem, find vo in the circuit in Fig 1 3Ω 5Ω 2Ω 8 A 20 V Fig.1

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Q: 50 2 25 2 202 Q-1: Find i and V, in the circuit of Fig (1) ww 35 2 20 V 30 2 502 60 2 20 2 Figure 1…

A: Find the unknown value of current I ans voltage vo.  This network is based on parallel and series…

Q: For the circuit shown in Fig.1, find the power of source 10 V using thevenin theorem. * Fig. 1 1Ω…

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Q: Use mesh analysis to find v ab and i, in the circuit of Fig. 3.89. 202 ww 30 Ω. 80 V 20 2 ww 30 2 80…

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Q: By inspection, obtain the mesh-current equations for the circuit in Fig. 3.30. 50 2 ww 40 2 30 Ω O…

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Q: 3 A 10 V 4 Fig. 2.176

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Q: (b) 3. Using mesh analysis, determine the current I (in terms of V) for the network in Fig. 5 kN RL…

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Q: 56. Determine Ig and Vc for the network of Fig. 4.152. +8 V 3.3 ka B 110 3.9 ka O-12 V Ve FIG. 4.152…

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Q: Q3: In Fig. (4), Using Mesh Analysis, 0.5io Calculate the power in each resistor. 4 2 I3 ww ww 10 V…

A: In this question , we will find power in each resistor..

Q: 1. coi Use mesh analysis to find the current I, in the circuit of Fig.1. 100 24 2 412 24 V 120 Fig 1…

A: As per our policy I have to do the first one only, Apply KVL in first loop,…

Q: *7. Determine the level of V, for each network of Fig. 157. 12 V Si Ge 2 kN 1.2 k2 Si +10 V o Vo 10…

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Q: Q.2 Find R; for the network of Fig. 3: RI 10 1 20 11

A: The given circuit is,

Q: 25 2 202 ww 50 2 Find i and V. in the circuit of Fig (1) as 12 30a v. 20 V 502 6012 20 2 Figure 1 ww…

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Q: Apply superposition theorem to the circuit of fig. for finding the voltage drop v across the 50…

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Q: dissipated in the 302 resistor for the network in Fig.3. 24 V 12 V 402 www (38 www 402 www 30 Fig.3…

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Q: 15 V Find i and V. in the circuit of Fig. 2.100. 10 Ω 24 Ω 50 Ω Μ 25 Ω 60 Ω 20 Ω 20 Ω 30 Ω

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Q: Example 3.6: Find the node voltages in the circuit of Fig. 3.9. ww 20 V 3 1 10 A 42 Figure 3.9. ww

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Q: By superposition find vo

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Q: 3.50 Use mesh analysis to find the current i, in the circuit 23 of Fig. 3.95. ML 2Ω 10 Ω 8Ω 52 V 31.…

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Q: Write the mesh equations for the networks of Fig. 4 10 n 50 1- 10 AL30 E-40 V20° Fig. 4

A: The given circuit is shown below. Write the mesh equations.

Q: Q3: In Fig. (4), Using Mesh Analysis, Calculate the power in each resistor. 0.51, Fig. (4) 12 10 V

A: The given circuit is

Q: 1ka a 1.5kn 2.2kn 6 V 24700 RL b evenin's equivalent at a and b? Fig (1)

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Q: Exercise 1) Determine the voltage of 2 resistor in the network below using superposition method. 2Ω…

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Thevenin Theorem

Any linear circuit, no matter how complex, maybe simplified to an equivalent circuit utilizing only a single voltage source and series resistance coupled to a load, according to Thevenin's Theorem. The superposition principle says that all foundational equations must be linear, and the notion of "linear" is still the same (i.e., there should not be any exponentials or roots). This is particularly the case when operating with passive elements like resistors, inductors, and capacitors. However, some components (particularly some gaseous and semiconductor devices like tunnel diode, Schottky diode, transistors like BJT, MOSFET) are nonlinear, meaning their current resistance fluctuates with voltage and current. As a result, circuits made up of these parts are known as nonlinear circuits.