0.2 What is the condition under which the superposition theorem can be applied Q.3 In fig.(2) if R1 = 10 Q current in R, using the principle of superposition. R2=5 0 R3=902 calculate the "R, R2 10-2 23 90.n 6v. g. . E F.

Q: Q2. For the circuit shown in fig.2, use VBE(active)=0.7, VBE(on hard)=0.8, VDz=0.3V and Br=100 1.…

A: The transfer characteristics shows that is both inputs are equal the output is low for voltage…

Q: Vcc +30 V 220 pF 1 pH C. 0.1 F A 10 k2 R, 10 k2 Lo

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Q: Obtain v, in the circuit of Fig. below using Superposition theorem. JA R2 100 R1 60 R3 350 4A 7A +…

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Q: / A halysis thecircuit in Figc5-2) an a Pind the out Pub Volhaqe if the in Aut as shown in kable…

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Q: *** Add any necessary extra pages to include all calculations in a clear and neat way For all the…

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Q: Q.2: Obtain the current i, of the dc circuit in Fig. Q2 by using source transformation. 60 V 15Ω 50…

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Q: For fig.(a) find the values of Id For fig.(b), write the two equati +12 V Rp 3.6kn C, Vout 0.1 uF

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Q: 6- find the suitable total voltage (VT) for the circuit diagram shown in Figure (f) R1=30 IT=10A…

A: Given circuit:

Q: Consider the circuit shown below... ww R1 10 +V1 5V R2 20 Select one: O a three mesh equations Ob.…

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Q: A) Explain the working of the circuit shown in fig.2. Draw and find out the expression for output…

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Q: Q13. Find vx in the circuit shown. A) 4 V B) 5 V C) -2 V D) 2 V E) 3 V 10V + 202 + v. - ww 40 www 40…

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Q: Referring to the circuit shown, determine: the total resistance RT, the current IT and the current…

A: The required parameters can be calculated by using the parallel resistance reduction techniques and…

Q: 1.) R,= 120 A R,= 180 2 R, = 120 2 R, = 360 n R5 = 200 N V R= 100 2 120 V ww R3 = 60 2 R, = 180 2

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Q: Concerning the circuit illustrated below, which of the following statements or expressions is/are…

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Q: 10 or later. This con In the circuit below, the constraint equation of V₁ is expressed as: du…

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Q: Find the currents 11,1,l3.l4.ls and 16 resistor of the circuit shown in Fig.5 by KCL. 20 40 10V 100…

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Q: Assume B1 = B2 = 80. What is the output voltage in Fig. 4? %3D

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Q: Find the general solution for V(c)t for the circuit below.

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Q: A temperature sensitive resistor (thermistor) is used in a Bridge circuit for the measurement of the…

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Q: Problem2: The four arms of a Wheatstone bridge are as follows: AB = 100 , BC = 1000 Q, CD = 4000 ,…

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Q: % contribution: I R3E1 I +1 R3E1 R3E2 R₁ 8 Ω + +1 R₁ E₁ R31 x 100 R2 R3 R4 E₁ 70 20 60 10 V a b R₂…

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Q: Q) Find the voltage Vs using superposion Rs + V. - 4A R 80 R2 20 150 R. 30 10V E 5V

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Q: .the voltage at node A 6 H 0.5 F ll 1 F v1 v2 4 H +

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Q: V dc A F R1 1K I Total 12V B R3 4K 11 R4 2K E 12 R2 6K R.5 -3K- C D

A: We need to find out voltage for given circuit across different node .

Q: In the shown circuit, vę(c0) = t = 0 3Ω + + 8u(-t) V Ve 0.2 F 2Ω Vx 5A (+1)

A: 8u(-t)=operate till t=0 or t<0 after that it will…

Q: R1=10 k2, R2=5 k2, R3=10 k2, R4=5 k2, determine the output voltage Vo of the circuit in Fig. 5 (Vı…

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Q: . Reduce the circuit depicted in Fig. to as few components as possible. R R C= +c L3 L 2 V C R R R…

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Q: Find thevenin's equivalent for the circuit considering R as load resistance shown in Fig. 15 KI R368…

A: For Thevenin's resistance, short-circuit the voltage source as shown in the below figure:

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A: Given: For Ideal op-amp non reteriving terminal voltage=inverting terminal voltage Vt=Vi

Q: R,- 120 1 R= 68 0 v, - 75 V R,= 560 A R- 120 0 R- 180 0 R- 68 1

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Q: F. RL =1.5 , 2 k2 2k2 FVi=1pv] 2k D. V3=4v V2=2V Fig. (Q-29 to Q-34) Based on Thevenin's Theorem,…

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Q: 3. Find v in the circuit in Fig.P3 using mesh analysis. 6 k2 9 V 12 k2 4 k2 18 mA 4 k2 6 mA…

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Q: Solve the following circuit OBJECTIVE: To Verify Thevenin’s Theorem by finding its Thevenin’s…

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Q: culate the output voltages V2 and V3 in the circuit of Fig 5 200 k2 20 kN V2 V = 0.2 V 200 k2 10 k2

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Q: Consider the following circuit. Determine the node voltages at nodes N1, N2, N3 and N4 using both…

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Q: Obtain the Thevenin equivalent circuit

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Current Division Method

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