4 mA V 5kn V2 2kn V3 3kn 4 mA 6 mA

Q: 1K(ohm) R1 ITA D3 De Si Ge ideal VT 2K(ohm) 12v- 3K(ohm) 2.5K(ohm)

A: We have analysed the circuit and found the values of voltage and current by doing kvl assuming the…

Q: R = 330 2 R3 = 91 2 Voltmeter E 10 V R2 220 2 %3D (DMM or VOM)

A:

Q: 32 kn +) 2 V 1 k2 1 k2 12 V 2 kn 4 mA ov 3 2 kN 6 V 6 mA V.

A: NODAL ANALYSIS: Nodal analysis is a generic technique for evaluating circuits that use node voltages…

Q: 2 Ohm 3 A 1 Ohm V2 V1 V3 2 A 4 Ohm 4 Ohm V= 0 3.

A:

Q: 1V 10 ka 1 k2 30 k2 www 2V 20 k2 www 3 mA (4) 4 ka 2 k2 3 k 3V 30 k2 wwH w

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Q: 2 mA 6 kN 2 kN ww 6 kN 8 mA 3 kn 1 k2 Vo 12 v(+

A:

Q: 500 ko R3 R1 1 ko R2 700 ka v1 + 12 V

A: Given

Q: Table 4.6. 100 ohms RI 1k ohm $470 ohms 330 oh Figure 4.7 Table 4.2

A:

Q: 3 µF 2 uF 7 uF 9 µF 3 uF 100 volts 8 µF 4 µF

A: This question is from basic network analysis. Under which we are going to find out the net…

Q: R1 =10 k ohm R2= 100 k ohm Vi= 0.2mV VA

A: According to the question we have to find the value of VA.

Q: Determine current in 5ohm resistor by any one method. 10 V D A 8V i₁ www 202 12 V B 2002 202 www 592…

A: Given parameters: A circuit contains Outer Branch AC, Voltage source-12 V, Resistor-5 ohm Inner…

Q: 2 kr 3kn I2) 2 kn 12V 2m A +1

A:

Q: R3 180kQ R1 R2 5.5kQ 10KQ R4 2kQ

A:

Q: R1 Si V1 Ge 3kQ 8 V R2 2kQ VGe R3 i2 4ka

A: The solution to all three subparts is attached in the following steps.

Q: R1 = 50 ohm R2 = 25 ohm R3 = 75 ohm El = 5 volt E2 = 4 volt R2 R3 RI E 82 wwO

A: Redrawing the circuit by marking the node voltage:

Q: 4 V 4 k2 + 2 mA 6 k2 4 k2 Vo 20 V Figure 2

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Q: 1 kN 2 k2 R, 6kN 4 kN ЗА 7 kN

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Q: 3i, 2Ω a 24 V 4 A 82 b.

A: The Thevenin's equivalent circuit behavior is same as the actual circuit behavior. This is the…

Q: R1 470 Ohm R2 220 Ohm R3 V1 15V 330 Ohm V2 20 V

A: here given electric network.

Q: 2 kn 18 V 4 kn 2kn 4kN 3mA 3mA 1kn

A:

Q: 4.7 ka Si E1 = 10 V W V1 2.2 ka V2 E2 = 5 V

A: In this question we will find voltages V1 and V2..

Q: FIGURE 1 2 mA 6 kn w- 2 kn 6 kl 8 mA 3 kn 1 kN Vo 12 v(+

A: Given: electrical circuit with known value of elements

Q: 3V 2kO $1kQ 2mA v Ş6KQ

A: The given circuit diagram is shown below:

Q: R1 R3 2kQ 2kQ 12 V1 V2 R2 2kQ 6V 6V

A: PRESENCE OF SOURCE In the presence of sources, all the tolerant essentials, which are R, L, and C…

Q: 1 kQ ww 5 mA 4 k2 4 k2 ww- 20 mA 2 k2 2 k2 10 mA

A:

Q: 12 k2 ww 2 k2 10 ΚΩ ww ww 36 V (+ 24 ΚΩ 3 mA 1 k2 Figure 5 – Problem 5

A:

Q: 4. Determine Vo. 5kN 2kΩ (b) 4k2 10kN Vio

A: In this question we will find Vo.. Note : as per our guidelines , I will answer 1st…

Q: Calculate the resistance between A and B: 1 ohm 5 ohm 4 ohm 2 ohm 6 ohm 3 ohm 7 ohm Select one: a.…

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Q: 2 kn 18 V 4kn 2kN 4 k2 4kn 3mA 3mA 1kn

A:

Q: Determine the equivalent resistance between terminals a and b. M 10 ohms 10 ohms 10 ohms M 10 ohms b…

A: In this question we need to find a equivalent resistance between terminal a and b

Q: 1 k2 2 kN 2 V 1 k2 12 V 2 kN 4 mA 6 V 2 kN 5 mA Vo

A: NODAL ANALYSIS: Nodal analysis is a generic technique for evaluating circuits that use node voltages…

Q: 4Ω. R2 R1 20 3 A 12 V 6 V E1

A: KCL: Algebraic sum of all currents at a node is equals to zero

Q: R3 R1 3kn 2k2 R2 8mA No 12V 4kQ Figure 3

A:

Q: R1 R4 3000 2500 (R3 1500 28V R2 R5 1.5kQ 2kQ

A: From the given circuit it is clear that R4 & R5 are series connected & this is connected…

Q: Find the equivalent resistance 4Ω 4Ω R eg 4Ω 5 2 32 32 ww O a. 9 ohms Ob. 10 ohms O c. 11 ohms O d.…

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Q: 14.000 V2 2V 30ohm V1 V3 24V V4 4V O 24 V O 25 V O 23 V O22 V

A:

Q: 2Vx + A V Vx 3V

A:

Q: Ammeter 1 R1=470 Ohm 2 DC VSource 12V Mesh 1 Mesh 2 Figure 4.5 R1-470 Ohm R3-330 Ohm

A: we need to calculate the power and energy of each element

Q: 2 mA 6 kN 2 kN ww ww 6 kN 8 mA 3 kn 1 k2 Vo 12 V(+

A: Given Circuit shown

Q: V_in1 = 10 mv V_in2 = 1 mv GNDI

A:

Q: 6 kQ 6 k2 3 k2 12 V

A: The current in a network can be calculated by current distribution. For parallel operation of the…

Q: 3.3 k2 5.1 k2 + 7 V 2 kN 8 V

A: Given Circuit:

Q: R1 = 50 ohm R2 = 25 ohm R3 R2 R1 R3 = 75 ohm El = 5 volt E2 = 4 volt E 82 wwo

A: Mark the voltage V in the given circuit as shown below:

Q: 2 kn 18 V 4kn 2kN 4 k 4kl 3mA 3mA 1kn

A: As requested, only part III is being answered. To find Isc, we replace the 1 kΩ resistance with a…

Q: 1K 10K V1 o IC1 500 5K IC3 500 1K V2 o 10K IC2

A:

Q: +2Vx 1 k ŽVo 1 kN 2 mA 1 kn Vx 31 kN 2 mA +) 4V

A: The circuit diagram with nodes is shown below:

Q: 30 V 5 k2 5 k2 2 k2 20 V

A: In this question , we have to find out output voltage Vo using KCL.

Q: 6 kN 2Vx V2 12 kN V3 V1 12 kN 6 kN V 6 V + I

A:

Q: 1kO 1.3kQ R2 R3 V1 R4 2.2k0 1.6kQ 12V 4500

A:

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.