QUFind the unknowu voltage spurce and resistor fur the networks in Figure - 10 V + 12 V + R 16 V 2 kn 4 V Q2 Find the total resistance RTfor each configuration in Fig 1.20 2.2n 130470 10 RT

Q: Answer all questions Q1/ A configuration of Fig., determine: 154 16 V (a) IBQ. (b) Ico. 2.7k R- 470K…

A: “Since you have posted a question with multiple sub-parts, we will solve the first three subparts…

Q: | 1. a. Obtain Vo in Fig.1 using nodal analysis. -j2 N 25 2 ww. 24/0° V 30 N 10 Ω 40 Ω 4/0° A (4 j4…

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Q: Find the total resistance Rr for the network of Fig. 2: R1. 5Ω 7.8 n R2 Rs R. 50 Re RT 20 , 10 Ω R4.…

A: Referring to the given circuit, the resistor R5 and R6 are connected in series and then transforming…

Q: Q2) For the network in Fig. (2), solve for iz(1) for t> 0. 26 34 8 ww 27 t = 0 1/3 46 48 ll

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Q: V₂ = -2 V, IDSS = 1.65 mA for the circuit in Fig. It is desired to bias the circuit at ID = 0.8 mA,…

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Q: in fig. 2.23, sketch Thevenin's equivalent at bb' and obtain current in load resistance, RL = 22 %3D…

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Q: ind i0 by using current division method. EHide blocks R1 = 20 Q %3D R2 = 12 Q R3 = 16 Q %3D R4 = 24…

A: Find the voltage Vo  We are solving this problem using serie parallel combination  and current…

Q: Find gm. 12V Rd Vd = 9 V Rg 1M Ohm Idss=6mA Vp=-5V Rs 1k Ohm Select one: a. 1.267 m b. 1.408 m c.…

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Q: R1 12,3,4 = 50ma R3 3000 6kQ R2 1002 R4 4kQ LE Fig.1

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

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Q: Q-2: Using series/parallel resistance combination, find the equivalent resistance seen by the source…

A: As per guidelines Bartleby  guide lines we have solve only one question. So we have to solve…

Q: 12 V 2kS2 10 kN

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Q: HW: Determine the following for the circuit of Fig. 2-14; VGSQ, IDQ, VDS, VD, and VS. VoD- 20 V…

A: Given circuit is shown below. Apply KVL

Q: Vị - Ri 12 Q + 2v1 +

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Q: cc=+ 20 V Re 2.7 ka 8.2 k2 C2 C Determine Vc and Vg for the circuit of Fig. 1-9a. 10 uF B B= 120 10…

A: It is a basic dc transistor circuit

Q: Q.1/ For the circuit shown in Fig. (1), what is the region of operation when Vi = 0V and 12V. Assume…

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Q: Q2: By Kirchhoff laws, find all voltages and all currents in branches in the cireuit of Fig. (3).…

A: The solution can be achieved as follows.

Q: Q / Draw the output voltage Vo₁ & VO₂ of the circuit shown in fig. 2 fig.2 then i/p voltage (Vin) is…

A: Draw the output voltage  V01 and V02 of the circuit shown in fig. 2 when input voltage (Vin) square…

Q: Determine V, and In for the networks of Fig. 2.139. 15 V Si +20 V Si Si Si 4.7 k2 2.2 k 6-5 V (a)…

A: To find Vo and ID for both figure.

Q: Use nodal analysis to find Vo in the circuit of Fig. 2V. 10 30 V 2Ω Vo 16 Q ЗА 32.45 V O 21.56 V O…

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

Q: Determine Vo and In for the network of Fig. Q1(d) Ip 2 kΩ Si XY V- GaAs 2 ΚΩ ' 2 kN Fig. Q1(d)

A: Here , the anode of both Si and GaAs diodes are connected to the +ve voltage source. XY v = 12 volts…

Q: ele (1) A in Fig. 2.49. Find (a) iL(0) (b) vc(0*); (c) VR(0"); (d) 20 N UR i, 10 µF C 1 mH

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

Q: The current i, in the circuit in Fig. 1 is 4 A. a) Find f. b) Find the power dissipated io each…

A: Redrawing the circuit with labeling the nodes as shown in the figure below.

Q: o 20 V 1.1 ka 330 kQ 91 ka B 160 VD Dss = 6 mA Vp = -6 V VG %3D 18 k2 1.2 ka

A: From diagram, using voltage division rule calculate the gate voltage VG by substituting the values…

Q: 16 V 2.2 k2 40 k2 VB.VG IDss = 6 mA Vps Vp = -6 V Vs.Vcc IB VCE B = 100 10 k2 VE LIg 1,2 k2 FIG.…

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Q: 16 V 2.2 k2 40 k2 OVD VB.VG IDss = 6 mA VDS Vp = -6 V - Vs.Vcc IB VCE B = 100 10 k2 VE 위 1.2 k2 FIG.…

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Q: network in Fig. 1 then find Norton equivalent and compare between results. R1 R3 R5 20 N 12 Ω + 5n E…

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Q: Q2) For the network in Fig. (2), solve for iz() for t> 0. 26 34 8 ww 27 t=0 1/3 46 48 Fig. (2) ww

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Q: Fig. 2 Q.4: Sketch the output voltage (V.) for the circuit and the input voltage (V, shown in figure…

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Q: In Fig.2, find the voltage V1 I2 1:2 10/0° V(+ V2 j2n Ideal

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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: Question5): Find I, in the fig.(5) using kirchhoff's laws. 10 18 v Fig(5)

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Q: For the network shown in the fig. (1), determine the following: 1. re e 22 v 2. Zi 330 5.6 3. Av ко…

A: Dc Analysis IB=Vcc-VBERB+(β+1)RE   =22-0.7330k+(80+1)(1.2k+0.47k)   =45.78μAIc=(β+1)IB…

Q: Q1:: Determine Vc. VE and Vg for the circuit of Fig.(1). Re12ka 10 F B-60 10 uF R100 ka Re=1k2 VE=…

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Q: 2 Draw Hhe p Voltaye A the Circuit show in Fig 2 Vir Ikn Vin 4V 0-5 (MS Fiy. 2

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Q: Vec=+ 20 V R2 2.7 ka R 8.2 k2 C2 Vo Determine Vc and Vg for the circuit of Fig. 1-9a. C1 10 uF B=…

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Q: H.W (1 17) For the network of example (1_15) find Ai if a resistor of RL = 1KN is connected to the…

A: We need to find out current Gain for given circuit .

Q: Q2 What is the output in horsepower of a motor with an efficiency of 85% and an input current of 7A…

A: Out power =input power ×efficiency.  We will apply kvl in loop ,we will find current .

Q: R2 R1 BI C R3 {Yout Find an expression for sag for Vout/Is in the above system. (1+B)…

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Q: H.W: Choose values of resistance (Rc and Re) in Kilo ohm and then voltage sources in volt (Vcc >…

A: Transistors are current-controlled electronics switch which can work in Active, Saturation and Cut…

Q: What is the equivalent resistance of the ladder network shown in Fig. 2.41? Α 25Ω Ε 50Ω G 50Ω Κ 25Ω…

A: We have an  circuit as shown in figure ,   We have been asked to find the , the equivalent…

Q: Problem 47. Find the equivalent resistance Rab in the circuit of Fig. 2.111. 50 62 102 ww boww e DOW…

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Q: 37. Sketch v, for each network of l'ig. 2.181 for the input shown. 20 V ldeal Ideal R 5 V -20 V (a)…

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Q: P511 find the vorton's equivalent Circuit for the network to the resistor R of the networks of Fig 2…

A: In this question,  We need to determine the Norton equivalent circuit across the terminal resistance…

Q: d. Vc VB- f. VE. e. 20 V 470 2 270 k2 ICO Vc Vefo B=125 VE 2.2 kQ FIG. 4.122

A: Fig: Given circuit  Calculate base and collector current…

Q: FIG 1: 20 30V 15 SL 5L Sw1 Wr W- 13L * note: sw1- switch 1 In problem 1 .....Compute for total…

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Q: FIG 1: 120 201 It 30V S15 L W- 13L * note: sw1 - switch 1 In problem 1 .....Compute for total…

A: Find the equivalent resistance, total current and V1 when switch is closed for the given circuit ?

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

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Q: Q1. Determine Vo and Ip for the circuits in Fig. 1 (a) and (b) 15 V +20 V Si OV. Si Si Si 4.7ka…

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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.