3. Calculate the equivalent resistance seen across the supply in the circuit shown in Fig. (3-4).. R R R2 6KQ 4 KQ 4KQ 400V R212K Rg23KN 4K2

Q: Find lo in the network shown. 1 kQ 10 k2 2 k2 6 k2 4 k2 12 V 4 k2 6 k2 3 kQ

A: The modified circuit is drawn below, The R-value is calculated using series-parallel combinations,…

Q: The bridge circuit as shown in Fig. 1 is balanced when R1= 1502, R2= 200N, R3= 3002. The bridge is…

A: The solution is given below

Q: s0 Fig.4 Q6. Determine the current i3 in amperes in the circuit in Fig.4

A: As per policy I have to do the first one only, On solving the third branch,…

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

A:

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: Using superposition, find the current I through the 52 V in Fig. E₁ = + 30V R₁120 52 V R₂ 90 R4 210…

A: We need to find out the current for given circuit

Q: Calculate the equivalent resistance of the resistor combination in Fig.Q2. 5 V 10 Ohm 30 Ohm 20 Ohm…

A: Given circuit,

Q: Q1/ Using superposition, find the current / through the 52 V in Fig.1 E₁+30V R₁ 1202 R₁ 100 52 V F…

A:

Q: Q5 / Find the current in the 2N resistance of the network shown in fig.(5) 2V- 4V I 3 12V D 513

A:

Q: Q5 / Find the current in the 20 resistance of the network shown in fig.(5) 2V 3 12V 6V- 8V

A: Given circuit,

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: Use superposition principle to find the voltage across 1k2 resistance in the circuit shown in Fig.1

A: By using superposition theorem: When only 12 mA Find current 1 kΩ:i1kΩ=1.54.5×12i1kΩ=4 mA When only…

Q: 96 V 330 k2 B 120 1.2 k2 6-6V Fig. (Q3)

A: β=120RE =1.2KΩRB=330KΩ VB=6V TO FIND :VE , IE

Q: The variable resistor (RL) in the circuit in Fig. below is adjusted for Q// maximum power transfer…

A: To find RL  which will be equal to the resistance to delivermay.powerTo find Rth deactivate sources…

Q: 7. In the circuit shown in Fig. 3, find the value for R in kN such that the current in the 1-k2…

A: In this question , we have to find out unknown resistance R with given data..

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

A:

Q: Q1/A- For the circuit shown in Fig., find: (a) V₁ and V₂ (b) the power dissipated in the 3K0 and 20…

A: This question belongs to circuit theory . It is based on the concept of nodal analysis in the…

Q: The bridge circuit as shown in Fig. 1 is balanced when R1 = 1502, R2= 2002, R3= 3002. The bridge is…

A:

Q: 1.Consider the circuit shown below. (a) Find the voltage across each resistor. (b)What is the power…

A: To Find the voltage across each resistor and power dissipated in the circuit

Q: Q4/ Use Thevenin's_theorm, to calculate the current (1) in (150) resistor shown in fig. (2) r1 Ohm…

A: Thevenin Theorem:- Thevenin theorem is an important tool to solve large and complex electrical…

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

A: Given:

Q: Find I and V, in the Fig. below. R2 R, 3Ω 10V a 30V 8V b

A: Given circuit,

Q: 7. In the circuit shown in Fig. 3, find the value for R in kQ such that the current in the 1-kN…

A:

Q: Q1: Connect the circuit shown in Fig. , then Find 13 and VR1 theoretically and practically R1 2 kN…

A:

Q: Determine the following for the network shown: a. l b. VGS c. Vp d. Vs e. Vps f. VDG V₁0- C₁ HF 5 μF…

A: We need to find out current and voltage for given circuit

Q: Q1: Connect the circuit shown in Fig. , then Find 13 and VR1 theoretically and practically R 2 kn 54…

A:

Q: B3 Use Norton's theorem to find the current flowing in the 4-ohm resistor of the network shown in…

A: Norton's resistance is the resistance seen from AB terminals with voltage source is short circuited.…

Q: Q2) For the network in Fig. (2), solve for İL(1) for t> 0. RI R3 R2 t = 0 L V1 V2 ll ww

A:

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: Q2/ Find the Norton equivalent of the circuit in Fig. 2 ww o a 15 V 4 A ww

A:

Q: 2.95 Given V, = 12 V, find the value of I, in the circuit in Fig. P2.95. 7Ω 2 A IA +) 12 V Vo ww 2.

A: Dependent sources: Dependent source is a voltage source or a current source whose value depends on a…

Q: H.W1) Find the Total Resistance (Rr)? Rs = 60 Rs = 38 Q. R1 = 172 E R4=22 Q R2 = 23 a

A:

Q: Q1: connect the circuit as shown connect the circuit shown in Fig. , then measure the voltage and…

A: The solution can be achieved as follows.

Q: Find Vout for the circuit shown in Fig. 1 50 k2 40 k2 vi = 2 V – m V2 = 3 V - 25 k2 10 k2 V3 = 4 V…

A: For ideal,  opamp current entering the inverting terminal and non inverting terminal is zero.  And…

Q: Q1. Connect the circuit shown in Fig. I and measure: A. The Current through the 5 Q resistor. B. The…

A:

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

A:

Q: Find the Norton equivalent circuit  for the resistor (RL=1k) as shown in the fig. below.

A:

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: Find the equivalent resistance for the circuit shown in Fig. 300 ww 100 102 ww ww 300 100 300 Rec

A: To find the equivalent resistance across any terminal, it is advised to simplify the circuit using…

Q: B+ In the Circuit Shown in Fig2 Velor=o 10) =12 mA Calculate the Voltageresfouse VIt) for t> os…

A: Here the circuit is parallel RLC circuit, two resistors are connected in parallel,…

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…

A:

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) For circuit shown in fig. 2, Find Vol, Vo2, and Vout R2 Voi RL VIN R3 R4

A:

Q: Q2 For the circuit shown in Fig.2 find In, I, L using KCL and KVL 1. R,-2222 A R=560 2 V-15 volts…

A: Find the current I1, I2 and I3 in the circuit using KVL and KCL.  This circuit have two mesh loop,…

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: Find v1, v2, and v3 in the . (3) .circuit in Fig. below 14 Q ww + n - + 40 V V2 15 N V3 10 2 ww +

A: Given circuit,

Q: Find the equivalent resistance for the circuit shown in Fig. 300 100 100 ww 300 300 Rec ww ww

A: The equivalent resistance of resistive networks can be calculated by replacing the series-connected…

Q: Q2:-For the circuit shown in Fig.(2) , find Q-point . Assume : Ipo = (1+ Vcs )² × 104 15 v Rp E 10…

A:

Norton Theorem

In the current circuit law, the Norton theorem (also known as the Mayer-Norton theorem) is a simplification that can be applied to networks generated by a constant line of opposition, power sources, and current assets. In two network terminals, it can be switched on with a current supply and single resistor respectively.