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Q: Q2. Figure Q2 shows a 300 MW, 50 Hz generator transmitting 280 MW real power to an infinite bus…

A: Solution:-   1) Pre-fault condition reactance diagram equivalent reactance…

Q: Verify that the circuit shown in Fig. 11-5 is a positive NAND when the input switches between 0 V…

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Q: What is the equivalent resistance between A and B is the following diagram?

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Q: Calculate the reading that will be given by a hot-wire voltmeter If it connected across the…

A: We need to find out the output value of hot wire meter.

Q: Consider the figure below. Use Kirchhoff's rules to calculate the value of the current (in amperes)…

A: In this question We need to determine the current in the resistance R1  .  We are solving this…

Q: A. Given Vcc= 10V, VEE=-10V, IEE = 1 mA, Rc = 10 kW, VBEon = 0.7V. Determine IC1, VCE1 and VCE2 for…

A: Given: VCC=10 V, IEE=1 mA, VBE=0.7 V and RC=10 kΩ

Q: Section 1-4: Power True Power. Solve for the unknown quantities. E=12 V 1. P=_ /= 12 mA /= 1.3 mA+…

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Q: Calculate the binary transmission rate if a uniformly distributed analog signal with a bandwidth of…

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Q: The maximum overshoot for a unity feedback control system having its forward path transfer function…

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Q: = Find RAB in the circuit shown given that R₁ = 3kn, R₂ = 5kN, R3 = 3kN, R4 = 7kN and R5 RAB= ΚΩ

A: Given: In this question, the given details are, The given values are, R1=3kΩ , R2=5kΩ , R3=3kΩ ,…

Q: ans of DFT and IDT, determine the response of the FIR filter wi h(n) = {1,1,1} and x(n) = {2,2,2,2}

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Q: Q4: Calculate (1) the percentage ripple, (2) the regulation, and (3) the optimum number of stages…

A: (1) percentage ripple total number of capacitors for 12 stage cockroft walton type voltage…

Q: A 250V de short-shunt motor takes a current of 5A. The shunt, armature, and series field resistances…

A: Given data, In dc short shunt motor, Rated supply voltage, V=250 V. No load input current, I0=5 A.…

Q: -The line current taken

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Q: Find the center and vertices of the ellipse .4x^2+9y^2-24x72y+144=0

A: Given the equestion of ellipse  4x2+9y2-24x+72y+144=0

Q: Solve for VO (circled in yellow) using nodal analysis 12 V + 492 www Vo thi 10 V (+- 692 13 252 it…

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Q: For the system with transfer function H (s) = u(t) of a causal system has the form Y (s) = 4 +…

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Q: Average active power in a Three Phase Circuit = W Select one: Ⓒ3 Vph Iph Cos O None of the answers…

A: Average active power: The average power in an AC circuit is defined as the root mean square of the…

Q: A load Z₁ = 54+j 59 [0] absorbs 82 [VA] of power. Hence, the absorbed average power P [W] equals:…

A: Given data, Apparent power S=82 VA. Impedance ZL=54+j59 Ω.

Q: A load Z₁ = 54+j 59 [0] absorbs 82 [VA] of power. Hence, the absorbed average power P [W] equals:…

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Q: A charged capacitor stores 10 C at 40 V. Its stored energy is:

A: Given data, Charge on capacitor Q = 10 C. Voltage across capacitor V = 40 V.

Q: A load Z₁ = 90+ j49 [n] absorbs 78 [VA] of power. Hence, the absorbed average power P [W] equals:

A: Given data, Apparent power S = 78 VA. Load impedance ZL=90+j49 Ω.

Q: Q-4 100 MVA, 50 Hz alternator is operating at rated speed. The H constant of the machine is 5 MJMVA…

A: Given- 100 MVA, 50 Hz alternator, H constant=5 MJ/MVA, Load increases by 50 MW, To Find- The value…

Q: 14. Estimate the energy stored in the 10 μF capacitor below if V₁ = 5 V. V₁ 8 μF 4 µF 10 μF

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Q: 3. The LED in depicted Figure (a) has a light-producing characteristic as shown in part (b).…

A: LED- light emitting diode  is semiconductor diode that emits light when current flows through it. To…

Q: Q. 28. A solid dielectric exposed to high voltage in a laboratory to determine its mechanical…

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Q: A circuit consists of a battery with an EMF of 10.0 V and three capacitors in series, where C₁ = 25…

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Q: Rectifier Circuits A crystal diode that has an internal resistance of 20 02 is used for…

A: Given- A crystal diode- Internal resistance- R=20 ohm, Supply voltage V=50 sin ωt, Peak voltage…

Q: D2 4. Determine the currents I₁, I₂, and I for the network shown in the figure. H 20 V Ľ Si D₂ 3.3 k…

A: We need to find out the current current through each resistor and current through diode for given…

Q: Q7. For higher breakdown strength according to Bubble theory, if the hydrostatic pressure is P, and…

A: We are authorized to answer one question at a time, since you have not mentioned which question you…

Q: QI V₁ 6V R₁ = 10k52 Find VR, by ● {R3 Jok n R₂-20k R₂ 3 12k ∙o + V₂ 3- writing KVL for each loop in…

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Q: Answer the following questions regarding the following half-wave rectifier circuit. Assuming an…

A: In this question We need to sketch the waveform of the voltage Vo , Vi and Vd  and current id   We…

Q: What of the following is not true about collisional ionization in gases? O a. Needs free electrons…

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Q: Find the z transform and its ROC of the following: a. x(n) [1, 2, 3, 4, 5}

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Q: 5.20) For the following systems, determine the relationship between the input and the output x(1)…

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Q: 5. A square loop of wire carrying a current of 15 A is in a magnetic field of strength 2.20 T. If…

A: In this question We need to determine the maximum torque of the square loop.  We know Torque = NIBA…

Q: 2. A point charge Q1 = 2uC is located at P1 (-3, 7, -4) in free space Q2 = -5uC is at P2 (2, 4-1).…

A: 2. Given, Two point charges Q1 = 2 uC Located at P1(-3,7,-4) Q2 = -5 uC located at P2(2,4,-1) We…

Q: Find the maximum power that can be delivered to the resistor R in the circuit shown.

A: In this question We need to determine the maximum power delivered to the resistance R.  We know For…

Q: Problem 5 Find using the mutual inductance method and the T equivalent method. jΤΩ ΖΩ 8/30° V V. j4…

A: Problem 5: To find Vx (i)using mutual inductance method and (ii)T equivalent method:

Q: A 3-phase transmission line has conductors 1.1 cm in diameter spaced 1 m apart in an equilateral…

A: The transmitted voltage is only half as powerful as the reflected voltage, which is equivalent to…

Q: A1. Use the AC circuit shown in Figure 1 to calculate the following. 10 20 Amp. 1₁-1960 720 Figure…

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Q: A linear circuit is shown below in Figure 5-1. ww R3 9mvA R₁ www +VA- + R₂VB Figure 5-1 - The…

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Q: Using the scattering parameters listed in Table 2.2 for Vas = 3 V and f = 10 GHz, determine the…

A: Given Source voltage Vs= 3 mV Internal impedance , Z0 = 50 ohm Source impedance = Zs=50 ohm We have…

Q: 8. A wire is moving to the right in a magnetic field that is directed out of the paper. (a) If the…

A: Solution of question (8.a): The given figure is shown below. The wire is placed in a magnetic field…

Q: d R₁ E4 E₁ www www R4 C a R₂ www www R3 E₂ E3 b E1 = 20V, E2 = 8V, E3 = 4V, and E4 = 10V. The total…

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Q: Mechanisms which lead to the losses in dielectrics are: O a. All of the choices are correct O b. C.…

A: We have to tell about the dielectric losses .

Q: Assuming 16-bit word sizes, write -2448910 as a signed binary number: 2 type your answer...

A: Given: -2448910

Q: A non-uniform line charge of P₁= x² [nC/m], is located on the x-axis from x = -4 to 4. Find Ē at:…

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Q: Question- Find the voltage ripple factor if An SCR rectifier circuit is designed such that the…

A: Given- An SCR rectifier circuit- Average output voltage V=77.64 V, RMS value of output voltage…

Q: flops A and B, and one input x_in. When x_in = 0, the circuit goes through the state transitions…

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