vS = 30° V, R1 = 1.3 0, L = j4.4 Q ΖΑ Ω VS X/y°V = i omA

Q: find the Slope 2 cos O r=- Sin o 3

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Q: What is the phasor form of (t)=172 sin(770f-34%) mV? 770 172² mV 172 4-34⁰ mV 770 <-34⁰ mV 172 2770°…

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Q: Deteomine the Inverse z toansform for the following seguence:- X(2) = z-22 ROC : 2 2 %3D Z-2

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Q: 1. Write 10+j 20 in polar coordinates 2. Sein rectangular coordinates 3. 15-j 30 in polar…

A: Given data, 1. Function is given 10+j20 Converting it in polar form, 102+202∠tan-12010=22.36∠63.430

Q: 1. Determine Z if I = 100 /60 I 100/0° V I 50 I 2+j30

A: From the question we see we have three parallel branches of impedance and we will find its…

Q: Show that V0=2.98∠(-153.43°) V

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Q: Find the time domain expression v(f) for t>0 for the circuit shown in the below. Express answer with…

A: We redraw the given circuit into phasor domain

Q: Find Co for the waveform shown: x(t) A 1/2 cycle of sinusoid 6. -2 4 Select one: O 3 O 12/T O 6/T

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Q: I 1 Z₂ = 3+ jwC j50 x 10 x 10-3 Z₁ = 8 + jwL = 8 + j50 x 0.2 = (8+j10) f Thus, The input impedance…

A: here we have to clarify the given calculation

Q: Q/ Find the active and reactive power for below circuit, the frequency = 50 Hz for all circuit? 100…

A: This network have resistive, inductive and capacitive. Frequency f=50Hz Active or reactive power of…

Q: 3. Find Vs if V = 8445°V. w 20 12 Vs |+ j20 ele HH -j292 V1 20 w Vo

A: The supply voltage Vs for the given circuit has been calculated. A detail explanation has been given…

Q: If a 120V 60Hz source is connect between terminals A and B, what is the impedance of the capacitor…

A: In this question, we need to determine the impedance of the capacitor in ohms. We knowCapactive…

Q: What is the value of Z,, in the following figure? j42 ele ww -j20 2/0° A 8.98+4.38j 10+15.1j 6-4j…

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Q: Find the magnitude of the phasor current I(jw) that passes through the voltage source.  Find the…

A: The magnitude of current passing through the voltage source and angle of the current passing through…

Q: Find the equivalent impedance across a and b in polar form. Find the magnitude and angle in four…

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Q: The rectangular form of the complex number 20+ (162-50°) (5+j12) is

A: The question is about polar coordinates to rectangular coordinates.

Q: Given the following complex numbers:                                     Z1 = - 2 + j3…

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Q: うエを Cニ2ufd ~)vsこ50° 士R Lニ/H R=1K2 エム

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Q: Find I in the circuit 82 30/0° V ww 50 102

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Q: Since the amplitude value of the current source is x=99 A, the value v0 is found by using thevenin.

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Q: For V 1020°, cal culate Is, IR and I C. CU =2000 rad SuF

A: Voltage across the all parallel elements is same. By ohms law , current = voltage/ impedance.…

Q: Solve for vo(t) in the circuit given by using superposition principle. OMNIA 692 2 H m 12 cos 31 V %…

A: Ggiven here a electrical circuit and asked to find the voltage v0.

Q: The circuit shown in the given figure is used in a television receiver. What is the total impedance…

A: The question is about finding equivalent impedance in the network.

Q: HH 20/0° – V +

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Q: AMPLE 5. Given la = 2 20° A, find Vg and la & lb Ic ----> 50 50 Q 120 Q la Ib + Vg •) (6+j3.5) A…

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Q: find Z equivalent if the frequency is 50: R3 R2 R1 552 792 30Ω :3mF Zeq 4mF 2H HH

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Q: Determine what is the phasor current (I) in the given circuit. 136/0° V + 14 Ω j40 Ω § 40 Ω 50 Ω =…

A: In this question we need to find the current I show in the given circuit in phasor domain.

Q: 32/0°V( Β) -j4 Ω ΤΣ 8 8 Ω j10 Ω m 1ο ΖΩ V₂ www j6Ω ν Vo 1Ω www 14 13 -j2 Ω V3 -j4 V

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Q: Find Z Th j60 2 -j48 2 a 240/0° V(A, 36 N +I

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Q: If the V = 30 rms, find the magnitude of the apparent power S using the circuit below. --/252 HH…

A: RMS voltage is given Given circuit diagram is,

Q: For the circuit shown below, the value of the secondary current 12 is..A. 12Ω 8Ω 1:2 ww j16 Q 18 2…

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Q: The zero and poles of the circuit are: 10mH 10µF 102 VOUT O Z = 0, p = x (-0.5 ± j3.1225) x 103 O Z…

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Q: C./D. Find the Norton equivalent circuit. j4 Ω éle 2210⁰ mA( 18 8 a b

A: Answer: given  a linear circuit To draw a Norton equivalent circuit

Q: . Find the sinusoid corresponding to the phasor: 15 < 45⁰ 3-j4 +j2

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Q: PHASORS Example 1. Evaluate these complex numbers: (a) (40/50° +20/-30%)¹/2 10/-30° +(3-j4) (2 +…

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Q: What is the phasor representation of v(t) = 150 sin(2760t - 30°) V? O a. V = 1502-30° V O b. V =…

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Q: For the circuit in shown Figure, calculate Zr and Vab- 10 Ω j10 2 80 90° V E -j5 2 = 40 2 elll

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Q: Q/ show that a+jt 1 aw 2TT e u (-w)

A: This question is based on Duality property  it is a application Duality Property

Q: O2.75*C 15 Find the phase angle of the given circuit, if V = 70V, 50HZ, R = 2400, X = 4050 and C le…

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Q: For the circuit shown below, determine the voltage of the -j10 2 capacitive reactance. -j5 2 ILOA(1…

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Q: 2. Determine the magnitude of vector Q 2i - 4j + 5k. %3D Select one: O a v13 Ob.5 Oc6 Od 315

A: We need to find out magnitude of vector .

Q: 3. Evaluate the following. Express answers in polar form. a. b. 5+j30 4-j6 (28 (65°) (45-30°) 6+j8…

A: In this question,  We need to evaluate the given question.  We are solving this problem using the…

Nodal Analysis

In the analysis of any electric circuit, nodal analysis is the method of determining the potential difference or voltage between different nodes in an electric circuit. A node is a point where two or more branches connect each other. In the nodal analysis, the voltages are determined in the terms of branch currents. The nodal analysis is also known as the node voltage method or branch current method. The nodal analysis method is one of the several applications of Kirchhoff's Current Law (KCL).