Determine the voltage V, in the circuit shown below j22 j6N 10V -j42

Q: For the circuit shown below, determine the voltage of the -j10 2 capacitive reactance. -j5 2 jl0 2…

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Q: For the circuit shown below, determine the voltage of the -jl0 n capacitive reactance. 0.5L-90 ILOA…

A: To find the voltage across (-j10) ohm capacitive reactance

Q: 10. (28cis67.6) (j²¹)

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Q: Determine the resistance, inductance and capacitance in series for each of the following impedances…

A: we need to find out resistance, inductance and capacitance for given impedances.

Q: The voltage of an alternating quantity is v=20 sin 157 t. The frequency is O a. 25 Hz O b. 100 Hz 50…

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Q: .Evaluate the following complex number and write the imaginary part of the resulting number 3Z60°…

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Q: 15.Divide the following complex numbers: a) (8 <50°) / (2.5< 39°) b) (28<30) / (14-j12) c) (40+j30)…

A: Neee to divide  given complex number

Q: .Evaluate the following complex number and write the imaginary part of the resulting number 3260°…

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Q: Find the sum of the voltages and its phase angle and the angle difference of e1=12 sin 10 t + 60oV…

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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°

Q: Kr=0.31+jo.31 and Zo=50 Using the law below find the Value of Zv Zr Kr= Zr-20 Zr + Zo

A: We need to find out the value of load resistor for given reflection coefficient

Q: Solve for i(t). * 100 S cos SV 15 cos S V *0.08 F

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Q: e and f is 5

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Q: Determine the voltage Vo in the رفع الاجابة على شکل circuit shown below pdf ملف j32 j20 j62 10V -j42…

A: Resolving the above magnetically coupled circuit. The above circuit can be redrawn as:

Q: Perform the following computation: (10∠45˚ + (2+j4)) x ( 12∠5˚ - (15-j10))

A: To perform the computation of the given phasors

Q: Evaluate using two methods and express results in polar form. 1. Square root of the product of (3 +…

A: Brief description : In the above givan question they have mentioned two complex numbers and they…

Q: 12. An inductor has a value of 44 mH at 60 Hz. What is the inductive susceptance? A. –j0.060. B.…

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Q: For the circuit shown below, determine the voltage of the –j10 Q capacitive -j5 2 j10 2 0.5L ILOA1…

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Q: element is connected across an AC signal. CH1 and CH2 measures the

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Q: In the following circuit, L2= 4.3 mH, R= 1.3 Ohm, C= 8.5 uF, angular frequency w= 10000 rad/s. The…

A: A resistor is an element that obstructs the path of current and this obstruction to the flow of…

Q: L {sinh(at) – sin(at)} 2(st+n*) a3 (st at) 2(st at)

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Q: (A) Simplify the complex number z and express it both in rectangular and polar form. (3 + j6)(6+ j4)…

A: given

Q: 6.) The figure below shows a series-parallel circuit. Find the magnitude of the total circuit…

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Q: What is the value of Z, in the following figure? a 4/0° A (O j102

A: To calculate the value of Thevenin impedance Zth

Q: Calculate the reactive power in the inductor and capacitor in the circuit. 50 Ω j30 Ω 240/0° V +j20…

A: In this question we need to find a reactive power in the inductor and capacitor.

Q: j62 I a 92 100| o v -j72

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Q: Determine Vhf in the circuit in polar form. Write the angle only in four decimal places. 80260°V…

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Q: REE - Apr. 2015 5. Find a • b if |a| = 26 and | b|=17 and the angle between them is pi/3. A. 221 B.…

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Q: For the circuit shown below, determine the voltage of the -j1042 capacitive reactance -jsa jloa…

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Q: Jetermine the voltage V, in the circuit shown below j32 j20 j6N Vo 10V j42 12

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Q: What is the equivalent phasor domain of v={200/2)sin(cox – 75') – 75° (200/2)-75° а. b. 200Z-75° С.…

A: Phasor equivalent of the given expression

Q: Practice Exercise 1.1 Answer the following accordingly: 1. (3-j4) + (10244) then convert to…

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Q: j42 42 -j 10 2 V /0° V j8 2 10Ω V. For the circuit shown, if V=205, the value of V, in V is;…

A: Explanation:

Q: The simplified equation from the following K-Map is CD 00 01 11 10 AB 00 01 11 10

A: k-map is used to simplify thelogical expression . for n-inputnumber of cells in k-map =2n.for…

Q: Reduce 5 cos(ωt+75°)−3 cos(ωt−75°)+4 sin(ωt) to the form Vm cos(ωt+θ)..

A: Given, The expression for v(t) is, v(t)=5cosωt+75∘-3cosωt-75∘+4sinωt On further solving…

Q: Determine the value of capacitance only for the impedance of the figure below. 1=6/70° A E = 120/0°…

A: The given figure is shown below:

Q: Multiply (4 + j6) * 9<54° O in rectangular form, -22 +j60.87 NFTOC O in rectangular form, -22 -…

A: Given here a complex number and polar of a number and asked to multiply both.

Q: 5/45° A US j102 -j6 2 ww

A: Some points regarding Thevenin's equivalent: All complex networks may convert into a single voltage…

Q: For the circuit shown below, determine the voltage of the-j10 capacitive reactance. -jsa jlon ILOA1…

A: Calculate impedance for left side ZL =-j10×55-j10=50∠-90°11.18∠-26.56°=4.47∠-63.44° Ώ By Voltage…

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 Zq and I for the following circuit. 120Z10°V j42 - j6N Z, eq

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Q: B. Determine the six roots of (717.925 +j126.589). Express in polar form.

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Q: 4 5 3 12 10

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Q: For the circuit shown below, determine the voltage of the -j10 Q capacitive reactance. -j5 2 j102…

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Q: simplify the following ( show your complete solution). j^999+j^6666

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Q: 42 I j6N a 100 0 v 82 -j72

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

A: This circuit have two independent energy sources.  Find the voltage across -10j ohm capacitive…

Q: Convert the following from rectangular to polar form: a) 10 + j10 b) 5 – j10 1) a) b)

A: Brief description : In the given question they want to know the polar form of rectangular functions.…

Q: iz 10 52 Sin (625ot)

A: To solve above problem, one should have basic idea about working of AC circuits. Above given circuit…

Q: 6 -j8 6 -j8 )100 Z0º 2+ j14 Z determine the 1 determine the 13 determine the 12

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Coulomb’s Law

Coulomb's law states that the attraction or repulsion force between two charged things is proportional to the product of their charges and inversely proportional to the square of their distance. It has an effect along the line that connects the two-point charges.