Q3/ By using Thevenins theorem , find 11. if you know heaximum power transfer in the circuit is 7 ohm 12 ohm 0.04 watf: IL 7 ohm. 2 ohm 20.8 ohm 21 V

Q: Day/Date the following by usiny kCL. Find al the onknowns branch Solve the wrrents & branch voltaye-…

A: KIRCHHOFF’S LAW KCL: The algebraic sum of all currents at a node is zero.           KCL is…

Q: In Figure, R2 is adjusted to 2.8 kN. Determine the regulated d.c. output voltage for the circuit. *…

A: The output voltage equation of LM317 is given by the equation: Vo=1.251+R2R1

Q: A. For the circuit below, determine the I³, Ic, Vc, VCÊ, VẼ and VB B = 120 +Vcc=1BV 39 K Ohms 8.2K…

A: BJT is three terminal active device.  The biasing is done to obtain proper operating point.  There…

Q: For the network shown in figure (3) calculate the values of the following: Zil, Zi2, Zol, Z2, Ayı,…

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Q: 220 V 50 Hz C₁ 1.5 UF L1 C₂ 300 mH 0.5 μLF R 300 Ω m L₂3 L2 120 mH

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Q: I.PROCEDURE: Equivalent Resistance 1. In figures 2.1, 2.2, and 2.3", determine and compare the…

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Q: 13. Use any two AC circuit analysis method to solve for the current through the R2 resistor. R2 250…

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Q: 3. Determine the DC (currents, terminal voltages and inter-electrode voltages) parameters of the…

A: The solution is given below

Q: +9V 2k RB IB Rc Ic + IE VBE RE 3k 343ko 333ko 323ko O 313ka

A: Given VCE = 3V and taking Beta as 79. Generally beta value can be 50 to 200 Now finding value of RB…

Q: given circuits by KVL. You may solve it with other methods if you fail to apply KVL. a) 72 V R2 30n…

A: We are authorized to answer one question at a time, since you have not mentioned which question you…

Q: V, 0- I F 270K www 330K 18V 3k -0% hie = 250 ohms hfe = 100 hoe 2 us 220 (

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Q: RL 2mA from the cir cut shown Bind the Value of RL for maximum pow ertrans fer

A: For maximum power transfer  The load resistance should be equal to Thevenin resistance across load.…

Q: OA 10 ohm and 12 ohm recistance are in para llel. Ano ther renctance of 5 chm is connected in renes…

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Q: Find the equivalent resistor at the terminal of the voltage source then find the power delivered by…

A: To find the equivalent resistance at the voltage terminal and power delivered by the source

Q: What element is this in LTSpice?

A: LT-Spice is a electrical circuit simulator software. This allows to rectify any kind of circuit…

Q: For the following circvit answer the quest + Ve E= 10 V/EO Tar

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

Q: Consider the toroid that is shown in Figure 3.5b with outside and inside radiuses of 5 and 4 cm,…

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Q: R1 100 2 V1 2V R2 20 R3 40 12 TA 11 2A

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Q: F ind the thevenin and nortons equi valent Circuit for the por tiors of thne networks in the figure…

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Q: Q5] find the current of the resistance 180 if the value of the source is 7.4sin(100ft-44) volt Give…

A: 5) To find the value of current flowing through 18 ohm resistor in the circuit

Q: 30 me: = 13.5 V. Is 3.625 A = 15 V. Is4.25 A 12 V. Is -3A - 18 V. is5.5A 21 V. IS67S A

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Q: For the following electrical circuit in R3 = 649ohm determine by the method of Superposition…

A: Given:a circuit, we need to determine:The electric current, Voltage and Power dissipated in R3 = 649…

Q: Find the voltages at the three non – reference nodes in the circuit 20 4ix 30 2 ww 4 A 42 62 3. ww…

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Q: For the circuit shown in the figure, if B = 99 calculate Zin, Zo „Ay and Avs C1 C2 Q1 R1 ww 3.ЗК (Vs…

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Q: Q3) For the network shown in the figure below, determine the following: a) re b) Zimi and Zinz c)…

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Q: Find the equivalent resistor at the terminal of the voltage source then find the power delivered by…

A: In this question , we will find equivalent resistance and power delivered by voltage source.

Q: Using Kinchoff's Laws. find the cucnents and Voltayes for the Cinenit Shown in figune. 8ghm 127 VaŽ…

A: To find the currents in each branch and voltage across each resistor

Q: sin2x 3. limx0 x02x2+x

A: Here in the limit we will use L hospital rule as it is 0/0 form.

Q: Solve the circuit in the figure with the triangle-star method, find the current drawn from the 20V…

A: In this question , we will find current through battery...

Q: Ca ICu late the node Voltges 4 V and V3 in the Circuit of Fig ЗА 202 152 4. +. Sv ( 4. To

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Q: Q1: For the following network ,find a-VGso and IGso b-Z¡ and Zo c-Ay ,A¡ and Vo. 20 V 3.3 k HE…

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Q: The primary voltage (v1) necessary to supply a voltage of 525 V to the load is

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Q: Find Z2 - j3 2 62 Z2 Z3 5Ω j15Ω O 2.697 - jo.991 ohm 4.106 - j0.285 ohm 0.697 - j2.688 ohm O 2.477 +…

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Q: Calculate the following for the circuit below a. IDo b. VGSQ c. Vps d. VDG 12 V 1.2 kQ 'oss = 12 mA…

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Q: Find the I total, R total and P total. Find also the voltage drop between 2omhs in given arrow, or…

A: First we will find equivalant resistance(Req) seen from the 20 V source.  Total current =(source…

Q: Find the Curvent throug h 6 n rentor shown in Fia4 bu Consi deung 1g4by Consi consi desung ef fect…

A: When we will consider the effect of 20 V voltage source only then we will short circuit all other…

Q: 22 12 10v 15v

A: Considering the voltage ‘v’ on the node of the given circuit and then applying the nodal analysis to…

Q: Vin = 10 V 4k Ohm O a. 4k Ohm www 3.75 mA Ob. 2.5 mA O c.-1.25 mA O d. 5.7 MA h. 4k Ohm The current…

A: For the given op-amp circuit calculation of current iL. By the virtual short condition: VA=VBThen…

Q: Find the current flow ing though the 8 chm and 1z ohm recktors in the cırcuit shown in the Figure. 4…

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Q: In the circuit shown, Vo/Vin is: 50 k Ohm Vin 10 k Ohm -j10 kohm Vo 5k Ohm e a. V.Nin = - 1.038 +…

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Q: 23 kohm 18 kohm 4.8 V1 kohm 0.42 kohm Please BE AWARE that there are multiple variable sheets Please…

A: An OPAMP(operational amplifier) is an integrated electronic circuit that is used to amplify weak…

Q: Find the value of resistance (Rab) in the following circuit.

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Q: Determine, by meshes, the values of the voltages v and v2, and the currents of each mesh. 20 cos 4t…

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Q: 0.25v, 20 ww a 18 V 3Ω Find the maximum power transfer from the circuit shown below ww

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Current Division Method

The generalized current divider formula is given by the following relation below,