6 H all + 8 A 4 F

Q: 1. A) Reduce the given circuit to the fewest possible components hru series/parallel combinations 3)…

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Q: The voltage applied to the 622mH inductor is given by v(t)= 15est volt and IL (0)=0. Calculate the…

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Q: 15 A 10 V 10 Ω 20 2

A: Here I have done source transformation and apply kcl to get the answer.

Q: a) Determine the response of v(t) in Figure Q1 (a). (=0 + (1) - 122 0.1 F 45 V 7A Figure QI (a)

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

Q: 2. When the switch in the circuit is moved from position 1 to 2 at t = 0. Find the voltage across…

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Q: Q4: find the current in 4mf capacitance if :the source value is 4 sin(100st) Amp R3 R2 552 792 2H 귀…

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Q: Q. Using Mesh analysis find the voltage across the indicated capacitance. R2 100 0 80 mH 50 mH 200 0…

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Q: Q5/What the value of Rr.Fr, are required in the circuit below. 47 kOhm 0 022 uf H 0.022 uf 47 kOhm 0…

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Q: 6F 5F a 5F 3F bo Cea

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Q: A capacitor C is connected in parallel with a resistor R across a 60 V, 400 Hz supply. The supply…

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Q: The capacitor in the circuit of shown figure is initially uncharged. The voltage v.(t) for t > 0 s.…

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Q: what the maximum values of RL in the circuit shown 100 Ω Μ 10 V 5V IzM = 30mA Ο 1250 Ω Ο 250 Ω Ω Ο…

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Q: Trick In the following circuit, find t gm=0.5S R. eq

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Q: 10 Ω The value of coupling coefficient (k) is adjusted so that the real and imaginary parts of Zab…

A: the coupling coefficient is given by the below formula k =ML1L2 here, L1 = 25mH (given) and L2 = 1mH…

Q: Q4: find the current in 4mf capacitance if the source value is 4 sin(100t) Amp: R2 R3 ww 502 792…

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Q: 4. A) Reduce the given circuit to the fewest possible components thru series/parallel combinations…

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Q: Q4: find the current in 4mf capacitance if the source value is 4 sin(100t) Amp: R3 R2 5.52 792 4mF…

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Q: Find the output power PL o Vcc = 25 V Rc R 80 0 200 0 RL 120 0 R2 Vin 30 0 RE 200 Your answer

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Q: For the circuit shown Vo is: DI Do DI 2.2 ΚΩ 5 V 20 5 UL

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Q: Qluse the Principle of super posiou to find the Vol tage vin the circut of fig below 6A 75 V Ž 202…

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Q: 4- For the circuit of the Figure below obtain an expression for Ve(t) valid for all t>0 72 8 vO iR…

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Q: For the circuit shown in the figure, the Norton current (IN) from terminal (a) to terminal (b) is:…

A: Norton current IN  ?

Q: For the circuit in figure below, find (t) for t> 0. t = 0 + 12 V 30 Ω 1 F

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Q: 102 Q.13: The switch has been in position "1" for a long period of time and then at t=0 the switch…

A: First we will find differential  equation governing the inductor current using KCL and KVL. we will…

Q: The given circuit has the following values: Current Source Is = 9 A, Resistance = 5 0, Inductor L =…

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Q: For the circuit shown in the figure, the Norton current (IN) from terminal (a) to terminal (b) is:…

A: Given circuit,

Q: + -5 (sui)7 5. 10- suu d = Copacitor is shown in the figure. Find the

A: we need to find the energy stored in the capacitor for various time instant given in the circuit.

Q: Find V, in the network in the figure below. 20 46 Q Vo ji n 12 /0º ( (a) Find the real part of Vo.…

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Q: For a current source to be neglected, the terminals across the source should be. Select one: O a.…

A: When the current source is neglected, it means no current is flowing, as there in no closed path for…

Q: In the shown circuit (8.1), i,(0+) = 22 + Ve io 2Vו Q==0 330 32 H O a. 3 A b. 1.5 A с. -1.8 А O d.…

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Q: What is current in a 50 µF capacitor if the source voltage is 100sin(100t) V? -500sin(100t+90°) mA…

A: To find the current through capacitor

Q: :In the circuit of figure below, i(co) is i(t) 5 H 10 A t = 0 (a) 8 A O (b) 6 A O (c) 4 A O (d) 0 A…

A: In the Transient analysis of any circuits, Inductor always opposes the sudden change of current and…

Q: Find the total energy stored in the circuit of Figure below 6Ω ww 4₁ = 2mH 301 42- <= 4 mH C₁ = 20…

A: We need to find out the energy stored for given circuit

Q: Determine the output voltage for the following network with the input shown in the figure below…

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Q: In the following figure, the voltage gain is approximately equal to-----. +20 V RC R1 22 kn 2.5 kn 1…

A: For the given voltage divider biasing circuit, we need to find the voltage Gain.  Av=Rc/re Av=Rc/Re

Q: A capacitor of 400 uF is connected in parallel with a 40-Q resistor across a 200-V, 50-Hz supply 28.…

A: Capacitor and resistor are connect to parallel of each other with 200V, 50Hz supply.  Find the…

Q: Q2) Find the voltage and current for the capacitor C2 15 mH 8 k Ohm 160 SIN(160t+55) 9 uF C2 10 uF

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Q: For the circuit shown below calculate the output voltage Vo(t). 20 v(t)=cos(t)+2cos (2t)( C20

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Q: If the switch in Figure below opens at t=O. find v(t) for t > 0 and wc(0). * t = 0 6Ω + 24 V (+ F 12…

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Q: 4. A) Reduce the given circuit to the fewest possible components thru series/parallel combinations…

A: Series or parallel circuit: To find the series or parallel combination of the element in the circuit…

Q: 17. Three capacitors of 20 uF, 10 µF and 15 uF respectively are connected in series across a 100-V…

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Q: 7) For the circuit in below, find v(t) for t > 0. (10(1-e02t ) u(t)V) t= 0 6Ω 12 V 30 Ω 8) Find the…

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Q: The current of the circuit shown is: 150µF Select one: O a. 5.4A Ob. 2.4A O c. 4.6A O d. 3.7A Oe.…

A: Given circuit:

Q: 250/0° L 10j2 e C = -100;S R1 R2 20 0 50 V1 0.03 Vo Vo

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Q: In the circuit below, the value of the lo is: 25 Ω 20 Ω 200 V 100 N ( 10Ω 12Ω 4 A Select one: O a.…

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Q: In the following circuit the value of v, VTH and R are TH 3Ω 2Ω UTH, RTH 6 V 6Ω (A) 2 V, 4 2 (B) 4…

A: By looking into the given circuit easily say that   The thevenin equivalent voltage across the…

Q: 22 41 The capacitor in the circuit of Figure below is initially uncharged. Find vo(t) for t>0. 58(0)…

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Q: Salve the curent mish current analysıs through the source using

A: a mesh is a loop that does not enclose other loops. KVL, states that “in any closed loop network,…

Q: Find vx in the below circuit using source transformation: 0.25 6 V 22 18 V

A: To find the value of Vx using source transformation

Q: Find I, in the circuit in the figure below using nodal analysis. 20 13 0 -j20 2/0° A 12/0°v(+ ji N…

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