If the values of V(t)and I(t) differ by 0° how does that affect the calculations used to find ZL

Q: A 400 kV transmission line is having per phase line inductance of 1.2 mH/km/phase and line…

A: It is given that: V=400 kVL=1.2 mHkmphC=12 nFkmph

Q: 25. Sketch sin(377t + 60°) with the abscissa a. angle in degrees. c. time in seconds. b. angle in…

A: Given wavesform is  V(t) = sin(377t+60°). We need to sketch the given wavesform with the abscissa a)…

Q: 8 Ω +j2 Ω 6/0° Α 6Ω ww j4Ω (+1) 30/30° V

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Q: The i given v characteristics of the diode in the circuit below are i= v-0.7 A, 500 S 10 A, v≥ 0.7V…

A: For the given circuit the value of current through the resistor needs to be calculated.

Q: QUESTION 5 Consider the closed-loop system in the figure below R(s) + K Give your answer correct to…

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Q: 6. A current sheet, K = 6 ax A/m lies in the z = 0 plane and a current filament is located at y = 0,…

A: the current in the current filament is  47.124 Amperes

Q: c. if f(w) = f(x)e-iwx dx, find the Fourier Transform of f(x) Se²ix e2ix if-2 < x < 2 0 Otherwise…

A: here we have to find the fourier transform of f(x).

Q: Siven: F(a, b, c) = abc + b a. Express F as a minterm expansion. (Use m-notation.) b. Express F as a…

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Q: 100k 5.40 Referring to the circuit shown in Fig. 5.77, determine V. V₁ = = V0 = -4 V(= in terms of…

A: In this question We need to determine the relations between input voltages and output voltage.  We…

Q: In Fig. 1, what is the value of the current 35 us after S1 is closed? A-1K0 Fig. 1 50 mH

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Q: A two-pole, 50 Hz, 13.8 kV, 10 MVA, star-connected synchronous generator achieves the rated…

A: Given dataOpen circuit voltage is achieved at the field current of Rated armature current is…

Q: QUESTION 5 Consider the feedback system illustrated: r(t) + s+3 and G(s) = s+10 Which of the…

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Q: A thyristor connected in series with inductive load as shown in figure below is triggered at an…

A: It is given that: α=30°ωt=2π3

Q: Topic: Shear and Bending Moment A gantry crane of weight W-100 Kg moves across a bridge with the…

A: We must examine the shear and bending moments along the beam in order to solve this problem. Let's…

Q: What is the dynamic resistance (in Ohms) of a diode if its ID = 4.99 mA? No need for a solution.…

A: Diode current is given as,ID=4.99 mA. Thermal voltage is given as, VT=26 mV.

Q: If a transmitter produces 50 watts of power, express the transmit power in units of (a) dBm, and (b)…

A: Transmitter power Pt=50 Watts,Carrier frequency fc =900 MHz,Receiver distance d=100 m.

Q: S = -2 ± √ 3.4641 B=5 1 let OCLPS compensated CP = -0.05 S 0 = /GELS) |₁=0CLP 20.01. L-60.624 +189…

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Q: For the circuit in the figure, assuming that the op-amp is ideal in all respects: 1. Derive an…

A: The op-amp circuit is shown below, Where,L=1 mH.R1=10 kΩ.R2=100 kΩ.

Q: please show up the solution, thank you

A: The above question is based on the time constant of an RL circuit.

Q: Demonstrate that if medium 1 is free space and medium 2 is a dielectric, both and approach 1 as 0;…

A: Medium 1 is free space. Medium 2 is dielectric.

Q: Same question, but I = 4A, L = 38mH, Vr(0) = 14V, Vr(1ms) = 1 Volts The answer is R2 = 100 Ohms.…

A: here we have to find the value of R2 .

Q: shown opening at time t=0. 10 V vc(t) = D + Ee Ft R₁ ww 592 It=0 2 20 22 20 Ω R3 с 1 μF the…

A: A RC Transient circuit is given we have to find values of D,E,F in the Capacitor voltage response…

Q: For the following circuit, VDD = 2 V, VBE = 0.7 V, Vx = 0.8 V, kn = 20 mA/V², Is = x fA (see below),…

A: ϕλ Ω We have given circut is Common-Emitter trasistor amplifier circuit VDD = 2V VBE = 0.7V Vx =…

Q: An 8 pole, lap-wound armature has 1200 conductors and a flux pole is 0.06wb. Determine the e.m.f…

A: Number of poles poles  P = 8 Number of conductors   Z = 1200 Flux per pole   Φ  = 0.06 wb  Speed…

Q: please show the solution and answers in each. Thank you

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Q: For the four-resistor bias circuit shown below, calculate Ic (in A) given a value of β = 172 to 1%…

A: given here a circuit and asked to find the collector current.

Q: Question 6 Consider the relaxation oscillator circuit shown in Figure 3. Assume that the voltage…

A: A relaxation oscillator circuit generates repetitive oscillations using basic electronic components…

Q: The two coupled inductors in the figure are connected in a circuit with the voltages and currents…

A: here we have to find the voltages V1 , V2 we know that voltage across the inductor is VL=Ldidt

Q: (c) Parallel Resistors Circuit - KCL (i) For the circuit of Figure 2.2a, assume the source-voltage,…

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Q: Consider the networks shown in below figure 13 с чие a -120 b Z₁ The ratio between the Z and Z is Zo

A: It is given that:

Q: For the four-resistor bias circuit shown below, calculate Vce (in V), given a value of β = 204, to…

A: The given problem is from BJT. The matched solution is for different problem so I am giving a fresh…

Q: Find the value of the capacitance in derivation needed to correct a load of 140 kVAR with 0.85 fp…

A: Initial KVAR rating Q1=140 KVAR. Initial power factor cosϕ1=0.85. Improved power factor cosϕ2=1. RMS…

Q: Find the output resistance for the two circuits below. Vin "HS 1k9 ww 4ΚΩ Σ ww 1kΩ < 10V…

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Q: 2. Consider a causal continuous-time LTI system whose inputx() and output y(1) are related by the…

A: The laplace transform is used convert time domain signal in to frequency domain. A system is…

Q: Determine IDQ and VGSQ and VDS 40 V 22 ΜΩ 18 ΜΩ www +69 VGSQ 3 ΚΩ OS IDQ Vps - 2N4351 VGS (Th) = 5 V…

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Q: For the circuit shown in Fig., what value of Z₁ results in maximum average power transferring to Z₁?…

A: The circuit diagram,

Q: Consider a star-connected system with a reactance of 692 and resistance of 852 per phase is…

A: Resistance = Reactance= Supply voltage = 440 V

Q: QUESTION 8 Consider the feedback system illustrated: r(t) s+3 s(s+ 10) Which of the following…

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Q: Draw the Bode magnitude plot for the transfer function 5 jw+2) jw jw+10 Hw:

A: The transfer function, Hω=5jω+2jωjω+10

Q: b) Write the two equations where V1(jw) and V2(jw) are as functions of IA(jw) and IB(jw) in the…

A: Write the two equations where V1(jw) and V2(jw) are as functions of IA(jw) and IB(jw) in the network…

Q: Question 1: Find the Thevenin and Norton equivalents at terminals a-b of the circuit given below. 50…

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Q: Using superposition, the current it is due to the 3 V source is: -3V www 202 202 www 202 i2 -5V

A: The circuit diagram,

Q: syste najmatic flux crossing the plar ) < z < 2 m in the a, direction.

A: B= B = 2.0ρaϕ(Tesla)  0.5 m ≤r ≤2.5 m, 0 m ≤z≤2m

Q: R1 ww Click here for image ↑ 11 1+ Rm/ ↑ 12 In this circuit, R1 = 2 S2, 11 = 10 A, 12 = -4 A, Rm = 4…

A: In this question We need to determine the Thevenin voltage and equivalent resistance across the…

Q: 1. Determine the transition capacitance of a diffused junction varicap diode at a reverse potential…

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Q: 1. In the circuit shown, determine the reading of the wattmeter W₁ and W₂. Z₁ = 30 + j40 2 Z₂= 25+…

A: Z1=30+j40 ΩZ2=25+j25 ΩZ3=10+j40 ΩZ4=25+j25 ΩZ5=40+j10 ΩZ6=40+j30 Ω

Q: With $1 closed in Fig. 1, what is the eventual steady-state value of current? R-1k0 Fig. 1 50 mH

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Q: For the circuit attached, determine: A. The voltage across each capacitor. B. The energy stored in…

A: In this question , we have given an electrical circuit having  number of capacitor connected in…

Q: Use the open-circuit time constants method and Miller's theorem to determine the high cutoff…

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Q: A Si solar cell has a short-circuit current of 100 mA and an open-circuit voltage of 0.8 V under…

A: given here short circuit current and open circuit voltage and fill factor and asked to find the…