Find the currents in the following networks.

Q: Find currents I1 and I2 and voltages V1 and V2 for the network below. Also determine the charge…

A: The circuit is given in steady state condition In steady state, inductor acts as short circuit and…

Q: 3. Given the circuit, Find lo and the overall complex power supplied namely PT, QT & Si 1.2 kW 0.8…

A: It is given that:

Q: For the network graph shown in the given figure, find the number of nodes, branches, and independent…

A: As it can be observed from the above figure, the number of nodes present in the given network is 8

Q: P₁ = Q₁ = ST= |ST|= pf = 1₁ units units L units lagging, leading, or unity units

A: In the given questions we need to calculate the power and power factor of the given circuit.

Q: Use Kirchhoff's laws to determine the three branch currents and the p.d. across the 50 resistor in…

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Q: Q2 Given: The circuit shown in Figure (Q2). Find: a) T(s) expression b) T(s)| c) (@) = LT(s) Thy %3D…

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Q: Please show complete solutions Find the values of the current flowing, the voltages and the power…

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Q: Vol = -8m 2 V 02 = +8m 2 Rp Rp O Vo2 = +g„Rpvia/2 Vol = - 8mRp(v;a/ 2) o- Vod = EmRpVd vid Rp…

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Q: 4. An emf e₁ = 100 sin 2л60t is in series with an emf e₂ = 120 sin 2л60t. a. Sketch the waveform of…

A: The emf connected in series can be added to form a single emf source. The given sinusoidal…

Q: Prove the below result

A: Divergences of curl of A = 0  Prove that

Q: Vs t) 9 sin t ニ O V2 (t) = ? i, (t) = ? O P. 14) = ? O i,t) = ? O P. (4) = ?

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Q: Determine Vout for fig. 3 VEE 5V D1 R1 1.5kQ silicon diode Vout D2 R2 1.5kQ Germanium Diode Fig. 3

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Q: IK lom H Jo KHZ

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Q: 3Ω + v2 + 24 V is V5 {7 N + vị - 2Ω

A: we need to determine i5.

Q: XL + E₁ = 20 V Z 0° 3 Ω L'with E2 shorted & I opened= IL"with E1 shorted & I opened= IL"with E1…

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Q: Find the the voltage and current values, Compute as well as their total voltage and current using…

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Q: Solve for the current, I.

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Q: VcC 5V D1 R1 Vout 1.5kQ silicon diode D2 Germanium Diode Figure 1

A: Vo is simply the voltage drop across the germanium diode It is generally taken as 0.3 V Or else we…

Q: Since Vi = 20 mV, Vcc 25 V, RB = 470 ko, RC = 1.6 k2, RE1 = 470 Q, RE2 = 1.2 kQ, RL = 87 kQ and B =…

A: This circuit is a common emitter amplifier, For DC analysis short the capacitor, short the…

Q: Find load voltage VRL across RL D1 V1 R1 2500 16 Vrms }60 Hz 0° RL 1B4B42 D2 RD10 1000

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Q: The band-pass filter in the figure is required to pass signals wi th a frequency of f = 59 kHz with…

A: Answer for the question below

Q: Question 1 The two capacitors having their respective capacitances are connected as shown in figure…

A: Given- Voltages- V1=8 V,V2=12 V, To Find- The value of unknown capacitor.

Q: For the network shown, I have been asked to calculate the current in each resistor and the potential…

A: The circuit diagram,

Q: 3. The error in a unity feedback system is the error e(t) = x(t) − y(t) where x is the input and y…

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Q: 2. FIND THE (1) TOTAL VOLTAGE, (2) TOTAL RESISTANCE, (3) CURRENT IN R1, (4) CURRENT IN R2, (5)…

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Q: 12 I 12 8 Ω Ω -1 α ΖΩ Ο 13.7 A Η Is ΣΩ 6 1. 3 Ω

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Q: - الترد وتم - Y(s) 2s+1 U(s)

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Q: I 12 Ω 1₂ 8 Ω 5 Ω –1 L- 320 Ο Is 13.7 A 6 Ω 1. 3 Ω

A: Note: Kirchoff's Law (KCL and KVL) and Ohm's law is very important to analyze electrical circuits.…

Q: II. Using Multisim, simulate a single phase AC controller with pure resistive load and get the…

A: In this problem we need to simulate asingle phase AC controller having resistive load..then find of…

Q: In the given circuit below, Find the Current and Voltage across R1 and R2. R2 100 O +\V1 V2 10 V R1…

A: In this  circuit,  Find the current in the resistance R1 and R2.  Voltage across the resistance R1…

Q: Vs IV In the following circuit find io R3 4 ΚΩ R1 2 ΚΩ R2 ΑΚΩ R4 10 ΚΩ + To R5 5 ΚΩ

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Q: FR₁ + + V₁ R₂ R3 R5 RG + √₂ + R6 VOUT

A: We need to find out the output for given op amp circuit .

Q: Q) Find the voltage Vs ,using superposion . R5 + V 4A R1 R2 20 R3 150 R4 E 10V E2= 5V

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Q: 21.) Compute the current I using the node voltage method. 45<0°V 6 Ω [j2 Ω 3 Ω www ΖΩ -j2.Ω '50<80°…

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Current Division Method

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