Answer: I = 17.889/86.57° A, I, = 26.83/86.57° A.

Q: 250V 50 H₂ 25 125 V 200√ Rcal xcal Find Roal, Xcoil & The total paves absorb

A: Given data Supply voltage, Vs=250 V Voltage across 25 Ω resistor, V25Ω=125 V Overall voltage across…

Q: Determine the polar form of the quantity.

A:

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A:

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Q: Find the value of Z if value of V =50/30°V and It=27.9/57.8°

A: Using KVL we will find the current through the impedance Z , Then we will calculate Z using Ohms law…

Q: 8. j¹⁰0/4+j12

A:

Q: Example: Determine wether it is Periodic, and is it is, Sind Sundamental period X (+): = 3 Sin (2+)

A: We need to check whether the given signal is periodic or not and we also need to find out…

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Q: If Van+ = 50/30°, Van- = 20/90° and Van0 = 10/180°, which of the following corresponds to the phase…

A: In this question we need to find the phase voltage in phase A .

Q: 1. Determine the equivalent impedance across 'a' and 'b'.

A: It is given that:

Q: 3. Evaluate the complex number below and express your answer in rectar (2 + j)(6ej15°) 2230°

A: Given complex number shown  2+j6ej15°2∠30°

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A:

Q: 10 Q j10 O j10 Q Vx ll ell 10 V sine j5 V sine -j10 Q

A:

Q: Ra avelage pauter is 250+2178 KW and the pauer facdor digueis is0 707Lagging The gererálar is…

A:

Q: 3. Given the sinusoid current i(t) = 74 cos(24t +7°) A, find the period and frequency.

A: In this question we need to find the time period and frequency of the given sinusoidal current.

Q: 4. 12430° + 8425° - 62-20° 5. j" + jl +j

A: We need to find out polar form for given number

Q: Find even and odd X (+) = sin(t) + Sin(t)• Cost) + sinA) + cos(t)

A: Given  A signal ,we need to determine the even and odd signal. Please find the below attachment for…

Q: 5. A voltage has a frequency of 1500 Hz. What is the angular velocity? .9425 ms

A:

Q: 11 is the current flowing in the left mesh. 12 is the current flowing in the right mesh and 13 is…

A: The solve above circuit problem, one should know basic circuit theory rules: Kirchhoff's Law:There…

Q: What is the phase angle? R14 kn C1수0.04 μF L 497 V 4 H 750 Hz O A. 61.4° B. 28.5° C.-28.5° O D.…

A:

Q: 21. Given i = 0.5 sin a, determine i at a = 72°.

A: Given that,i=0.5sin(α)From…

Q: Find the phase angle.

A: The phase angle is the difference between voltage angle and current angle    Given data e = 141.4…

Q: 6. A voltage has a frequency of 150 Hz. what is the angular velocity? 16.67 ms .667 ms 157 rad/s 942…

A: To calculate the angular velocity

Q: An alternating voltage is given by v 261.03cos341t V. Find the frequency

A:

Q: 2 sin wt + 8 coswt. What is the effective value of the current? A. 17.6A C. 26A B. 20.25A D. 16.75A

A: Following is the answer for the question

Q: 42 V1 20/60° V V2 ww- 15/0° V J42

A: The given circuit diagram is:

Q: Ζ Σ3Ω 5Ω -j3 Ω Ο a. Zτ = 1,95 + j1,29 Ω Ο b. Ζτ = 1,95 - j0,29 Ω Ο Ε jΖΩ Ο d. Zτ = 1,95 - j1,29 Ω O…

A:

Q: Please expound the solution for Vo''

A: When more than one source is present in the electrical network, the Superposition theorem is used.…

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Q: 3. What the value of Phasor shift if R=3000 L=400mH with f = 50 Hz. discuss the increase or decrease…

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Q: V -8.2 1 V V. 1 + 4.2x10°-j0.3455+830 j708.743 -j0.41296

A:

Q: Find the rms value of the given voltage wave 1 2 3 4

A:

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

A: It is given that: a. 5+j304-j6×2∠15°14+j8-6+j4b. 28∠65°45∠-30°14+j8+5∠18°

Q: 3. Evaluate the following. Express answers in polar form. 3260°, a. 5430° (6 – j8 + 2+j…

A:

Q: Express 3(cos232°+jsin232°) in rectangular form.

A: Complex numbers are those numbers which is represented in the form of a+jb where is a real part…

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A: Given data, Voltages are given as,  v1t=10sin377t-300 V.,v2t=10sin377t+900 V.

Q: Determine the phase difference between the two waves v_1 (t)=10 sin( 377t-30)V v_2 (t)=10 sin(…

A: Introduction: The phase…

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).