F=50Hz Find Xc へ、3=o.o4 (12-Xc) Fin d Cニ 2 JJ f Xc

Q: Ina 0.18 0 j1.44 N Van -j180 27 Vbn b :-j180 N 500 kVA I 0.18 N j1.44 N ! 0.96 pf lag j1.44 N i mt•c…

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Q: 1/100+1/(-j100) 1 0.01+j0.01 1 0.01414 Z45° = 70.71 Z–45° = 50 – j50 N || ||

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Q: iz lim equals z→0 İZ О а. 1 O b. -1 c. None О с. O d. i е. —i

A: from question we getiz¯=-izso limz→0iziz¯=limz→0iz-iz=-1

Q: [4] lg = 10 sin (1000t) A. Determine la and Ib. . (20) %3D Ia Ib C 100 mH 100 µF f Ig R1 R2 1000 2…

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Q: Three field quantities are given by P = 2ax - az Q = 2ax - ay + 2az R = 2ax - 3ay + az Determine…

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Q: B Cin|Sum Cout Sum Cout A BC 00 0 BC 00 | 01 | 11 | 10 00 | 01 A 0|0|1 1 1 1 1 Equations from Kmaps…

A: We have to find the question from the following k map

Q: Convert to DELTA. -j50 Q ... j100 O [1] ll [2] 200 Q [3] RE IM Z12 Blank 1 Blank 2 Z23 Blank 3 Blank…

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Q: iz 4 mH3i v $20 12 V t>0? DA) 0.5 ms OB) 2 ms DC) 2.5 ms OD) 1.5 ms DE) 1 ms

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Q: Calculate the current I. 150 -jsn 4/60 20/45 V 80 30/75 j100 30/30* 70/60° V

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Q: find the Bw of TD M system hare (12 voice chanel) with message freq uncy fm-3 6 KH2

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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: 2ix 50 -j42 V2 V3 V1 8260°V (+ 10230°A Figura 1 u

A: By krichoff's current law we will write node equation and we will find out node voltage .

Q: 5. Given X(z) = find x[n) for the following ROC using partial fraction -37+2 method: a) ROC |zl>2…

A: First we will split the function using partial fraction , based on ROC we will find inverse Z…

Q: Ex3 for the circitshown below Calauate Zi, Zin, Zo1, Zor, Avqi Ais Solution look Elk lok PE ib RE…

A: Given the circuit, as shown below: Given the ac equivalent circuit along with the values as shown…

Q: Question 5 Convert z = 30 - j10 to polar. A z = 31.62 2 -18.43° B z= 31.62 4 18.43° C z= 28.26 L…

A: Standard voltage expression for first order  capacitor circuit is V(0)exp(t/time constant).  Where…

Q: Determinere. b. FindZ c. Calculate Zo d. Determine Av

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Q: For the circuit below, find Vo (separate magnitude and angle by a comma, e.g. Vo = 10 V, -25.8…

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Q: J52 Vo 352 全 19<0° t. 2,5I V。こ

A: In the circuit,  Find the voltage Vo in the phasor form.  We are solving this problem using the…

Q: For a certain JFET, IGSS = 12.49 nA at VGS=6.86 V. The input resistance in MQ is %3D

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Q: Question 4 For the following circuit, given that 12-0.0547-J0.0549 A, the value of current 11 is: 30…

A: We will apply krichoff's voltage law to find out current in the given circuit .

Q: For the circuit shown below, determine the voltage of the -j10 2 capacitive reactance. -jsa jl02…

A: We use source transformation method to find voltage .  While applying source transformation don't…

Q: 14. Calculate these complex numbers and express your results in rectangular and polar forms. 60/45°…

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Q: Ex. 323. The CLCE is 3s^3+2s^2+3s+9%30. The first column of the Routh table is A,B,C,D. The second…

A: In this question we will find right hand poles...

Q: QzDfind expontetial Fus far the Signelhawn below. OSketehthee plituele Spet- fined Pas.

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Q: Q: for the fillowing Function X[nJ=4 if XCJ=16, So the value of Air.- Oa. 2 ОБ.1.5 O c. 4 O d. 8 e…

A: Givenxn=42An+1;x1=16

Q: Evaluate (5+j2)(-1+j4)-5 z 60 10 + j5 + 3440 -3 + j4 + 10430+J5

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Q: ーjS Q 1419 100/0° V 5 Ω j5 N

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Q: エス (Trans Pormer w31 vrms ERL 6o HZ (のHe) I(Yms

A: Transformer is given in the figure.  Turn ratio N1 /N2 = 5/1 Primary side voltage Vp= 10V  Find the…

Q: Q4] For the sequence given below 1 1 Ck Draw: Line coding RZ polar code. Line Coding NRZ Unipolar.…

A: The solution is given below

Q: ~520° V J= 12 kHz 1000 15 mH 0.022 uF ll

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Q: Evaluate the following complex number (302 60° + 202-20') b. 302-30 + (4 - j3)(3 + j4)(4 - j5)* c.…

A: The solution is given below

Q: Circuit 2: B A E D 3. Given Circuit 2, find: a. RAD b. RBE 4. Given Circuit 2, find: a. RDE b. RCF

A: We will find out equivalent resistance between different points for given circuit by using of series…

Q: 4. GIVEN: Setting: V/cm = 5 T/cm = 1ms Attenuation: X 1 Determine: a) Vp b) Vave e) Time f)…

A: By observing the signal, it is a DC signal. For a dc signal Vp=Vavg From the scaling,…

Q: f = 27000HZ V = 4.1cos(0*)V C2 R1 =>4.12pi(27000) =>54000pi AC 4.1 0 L1 С1 3.2E-06 9.9E-03 R2 .ac…

A: Given:V1=4.1∠0°Vω=54000πXC2=1jωC2=1j54000π×7.3×10-6=-j0.807ΩXC1=1jωC1=1j54000π×3.2×10-6=-j1.842ΩXL1=…

Q: 2Ω 20 Ω 12 Q V. ↑ 22.56/24.07°A j60 N '-j3.5 N +1

A: The given circuit diagram is shown below:

Q: Ya E - sV 4 20° E - 10 V 4 0

A: From circuit E1=8∠20°VE2=10∠0°VR1=R2=4Ω From ID  X=4 ohm Y=0 ohm

Q: Calculate the transfer reactance between generator and infinite bus. XT1 = 0.1 p.u. XT2 = 0.1 p.u.…

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Q: Convert to DELTA. -j50 Q j100 O [1] [2] 200 2 [3] RE IM Z12 Blank 1 Blank 2 223 Blank 3 Blank 4 231…

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Q: 120/0° rms 120/120⁰ rms ||- La I₂₁ 120-120° rms Iz b B 12₂ 10 Ω ele J552 N -/10 02 C

A: Line current: It is the time rate of the change of the charges. It flows from high voltage to low…

Q: a) The input impedance Zi. b) The output impedance Zo.

A: Given the circuit, as shown below: a) We need to find input impedance Zi and output impedance Zo.

Q: (s+1)/s(s+2)^2  SOLVE USING HEAVISIDE EXPAANSION THEOREM

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Q: Use nodal analysis to find Io. -j22 6290°V 20 j52 220° A -j1N:

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Q: f(1) A Answer: f(1) = cos nt, n = 2k – 1. -2m 4 t 2.

A: Fourier series representation

Q: Tonsider the gdam skomn belbu. oblase the closed Laop hanskr fanchon CG/RS) Gal)

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Q: Determine fus O 104.3 Hz O 103.4 Hz 130.4 Hz 140.3 Hz

A: Answer: 140.3Hz   a) it is not a valid option. The value is not close to calculated value.  b &amp;…

Q: 14.46 Division.express your answer in polar form: a) (42 410°)/(7 260°) b) (0.006 4120°)/(30 z+60°)…

A: Division Express in polar form. a) 42∠10°7∠60°=427∠10°-60°                  =6∠-50° b)…

Q: 2.20 A 3ZAS A O None of the answers 9.6145 - 9.1955j O 5.28-5.4j O 13.29-43.7j

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Q: Quèstion 3 If x(t) = 13cos2t + 50sin 2t and y(t) = 15cos(2t-11.8°) what is the phase difference?…

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

A: 1st we convert the parallel connected capacitor and Inductor to its equivalent then we use source…

Latches and Flip Flop

Just like logic gates, the latches and flip-flops are the important elements of an electronic circuit. The logic gates form the important part of combinatorial circuits, while the latches and flip-flops form the essential part of a sequential circuit. Sequential circuits form the important concept of automata theory in electronics and electrical engineering, these circuits are a kind of logic circuit whose output depends on both present input and past inputs, that is, the input history.