Q3:- Given I,-3mA in the network in fig.3 find IA. 1 kf 2 k 2 k Fig. (3)

Q: R. Q2: Derive V, =V x- in the circuit shown in Fig(1). R,+R R Fig(1)

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Q: Calculate the current through the galvanometer for the Wheatstone bridge circuit shown below in fig,…

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Q: j2 N 6 Q I, j4 Q 30/30° V Find I, in Fig. using mesh analysis. ll

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Q: Q3//For the network of following Fig.., determine: a. re. b. Z. c. Z, (r, = 1). d. A, (r, = 0). !!

A: As per our company guidelines we are supposed to answer only first 3 subpart kindly repost the other…

Q: For the circuit shown in Fig., find: (a) V₁ and V₂ (b) the power dissipated in the 3K0 and 20 KQ…

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Q: Q3: Find Req. between points (A&B) in the network in fig.(3).

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Q: y-P för the network shown in Fig. 3(c). 4.Ω 8Ωξ Fig. 3(c)

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Q: 1. For the network in Fig. a. Find the currents I, and Is b. Find the voltages Vs and V3 R2 6 Ω 4 A…

A: Redrawing the circuit as shown in Figure 1. (a) In the circuit shown in Figure 1, the resistor…

Q: Q3: Find current and voltage in the circuit shown in Fig. a 0.5i, 4S ww

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Q: Q3: Find I, in the network in fig.(3) using Thévenin's theorem. YA 2023 2A You Ix Fig.3

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Q: Q3: Using superposition, find the voltage V2 for the network in Fig.3 EO 36 V R312 kM 6.8 kM 9 mA…

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Q: Q3. Determine the level of VE and Ie for the network of Fig. (Q3). 96 V 330 k2 B = 120 1.2 k2 6-6 V…

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Q: Q 3) Write the mesh equations for each of the networks in Fig. Using determinants, solve for the…

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Q: Q3:- For the circuit of Fig-(3) , find the Valtages Vac and VI . +3V IV a 2V 4V 3.

A: As per guidelines we are supposed to answer only one question (i.e first question). So I request you…

Q: Q3 / calculate the voltage across AB in the network shown in fig.(3) and indicates the polarity of…

A: Brief description : In the above given question they have mentioned an electrical circuit which is…

Q: Q3. For the network of Fig. Q3, determine the value of the currents I and I2?

A: The solution can be achieved as follows.

Q: R= 1.5 k R, = 10 k2 V, = 36 V R, = 15 kN R3 = 10 kſ2 R = 15 kf R, = 1 kf2 R = 5 kſ)

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Q: Q2) Using nodal analysis, find I, in the circuit of Fig. 2 ΤΩ ww ].

A: Given: Required: I0 using Nodal analysis.

Q: an For the pewok in Fig3 Fial rurene , , and , A Fnd volage , d V . Find the power delivernd the 3i…

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Q: Q3:- For the circuit of Fig-(3) , find the Voltages Vac and Vi · +3V 8V 2V 4V 19 Fig.co)

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Q: Q3 Using superposition, find the voltage across the 6 A source in Fig. 3

A: Given:

Q: Q3:- For the circuit of Fig-(3) , find the Voltages Vac and V · +3V IV 8V 2V 4V -6V Fig.o

A: Let us apply the concept of ohm's law and rising and falling voltage along the circuit to find the…

Q: Find I, in the network in Fig. 3 using Thévenin's theorem. 1 kn 1 mA 1 kN 6 V 1 ΚΩ 1)2 mA Fig. 3

A: Thevenins theorem  Io ?

Q: 3- Given the network shown in Fig. Determine 27 V I, E, I3 and I. R: 152

A: Kirchoff's current law:  Any Node , sum of incoming current is equal to sum of outgoing current.…

Q: Q UESTION 1. Find Yız for the Network Shown in Fig.Q1 3/252 2221 F 1110 SE V2 V1

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Q: A-Using nodal analysis, find VO in the circuit in Fig 3 V 1Ω

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Q: Q2 Find the voltage Vand the current li for the nctwork in Fig R3 36NV, 40 R 3 A ЗА 7A

A: according to KCL sum of the currents entering the node is same as ccurrent leaving the node .  Apply…

Q: Q3:- For the network of Fig-(3) : a- Find the curet I b- Find the power delivered to the 6kse…

A: If two resistors are connected in series then its equivalent resistance is sum of the individual…

Q: 3-15 Find I, in the network in Fig. P3.15 1 kn 1 kl 2 kn 1, 4 mA 2 mA

A: Given,

Q: Question 3: Determine the Thevenin equivalent circuit, shown in Fig, as seen by the 5-ohm resistor.…

A: Thevenins equivalent circuit

Q: Q:- Write the noddal equations and Solue n to finel nock voltage V, Shown in fig. For the Circuit V,…

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Q: Use loop analysis to find I, in the network in Fig. P3.73. 1 kO 2 1 kn 2 mA 12 V 1 K2 1 k2 4 mA 1 kn

A: We will use the loop analysis (Kvl) to find the current Io

Q: Q3 / calculate the voltage across AB in the network shown in fig.(3) and indicates the polarity of…

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Q: Q3: Find Req. between points (A&B) in the network in fig.(3). 2 lon 8.r 36₁ B

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Q: Q5/ Using Superposition theorm, to find the voltage (v) in (20) resistor of network shown in fig.…

A: The superposition theorem states that for a linear system (notably including the subcategory of…

Q: B: Find current and voltage in the circuit shown in Fig, b a 1o 32 (4)3 A ЗА 0.51 lows

A: Given data:

Q: 2. Write the nodal equations for the network in Fig. having a dependent current source V2 Z3 kľ

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Q: Find Zeg in the circuit of Fig. 3 eq

A: The total impedance of the circuit can be obtained by reducing the parallel connected impedance and…

Q: Q2 Find the Z parameters of the network shown in Fig. 3. 10 Ω ww V₁ 1052 ww ww 10 Ω ww-ww 192 192 ww…

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Q: Q2:- Find the theuenin equivalent Circuit For the network Shown in fig. Lov

A: The given circuit is

Q: Q3:- Given I=3mA in the network in fig.3 find IA. 6V 1k C2 kn 6V 1k 2 kl 1 kn Fig. (3) ww

A: In the circuit,  Find the current Ia  .  Here we are solving this problem using KVL nodal analysis.…

Q: 2. In Fig. (3-1b) if R,=33Q, R,=47,Q and R2=680 Calculate the value o R,,R, and R, in the equivalent…

A: We will convert from star to delta.

Q: Q2:- Find the theuenin equivalent Circuit For the network Shown in fig. ov

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Q: Q3: Find the Req. at point A&B in the network in fig.(3) kn 6kn 2 kA

A: Firstly marking the points

Q: Q3 / calculate the voltage across AB in the network shown in fig.(3) and indicates the polarity of…

A: In this question,  We need to calculate the voltage across the terminal A and B.  And mention the…

Q: Q3 For the network in Fig. 1 a. CalculateVab. b. DetermineVb. C. CalculateVc. R1 R2 6Ω C20 V R3$50 E

A: Given circuit shown

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

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Q: Q3//For the network of following Fig., determine: a. re. b. Zj. Z, (r. = 0N). d. A, (r, = ∞N). с.…

A: As per our company guidelines we are supposed to answer only first 3 subpart kindly repost the other…

Q: B) Find the Reg. At point A&B in the network in fig.(1) R R=lok R. R Fig.1 て4

A: In this question we will find equivalent resistance across AB using star to delta conversion....…