A 10/3 Type NM copper used for an electric dryer branch circuit ampacity = maximum fuse or circuit breaker size =

Q: 17. Find the amplitude and frequency of the following waves: a. 20 sin 377t b. 12 sin 27 120t

A: a) Given: The wave is 20sin377t.

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A: Given- Resistor = 4 ohm Battery source battery = 12 Volts To find-  Current through it=?

Q: 3. Consider a discrete-time system whose input x[n] and output y[n] are related by: 1 y[n] -y[n- 1]…

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Q: A certain appliance uses 350 W. If it is allowed to run continuously for 24 days, how many…

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Q: A transistor has a current gain of 0.99 in the CB mode. Its current gain in the CC mode is A. 100 B.…

A: Given data, Current gain α=0.99

Q: 6. An alternating voltage is given by v = 20 sin 157 t. The frequency of the alternating voltage is…

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Q: Q3) A- Draw the block diagram of successive modulation and filtering methode of SSBSC if the input…

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Q: 1 LL 012 0.5 2, 01 x[n] n n

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Q: (c) Sketch a complete flow chart of digital clock circuit by using the terms listed in Figure Q3(c).…

A: According to the question, for the given conditions as shown below. We need to design flow chart.

Q: Suppose the output power of an audio amplifier is measured at 200W when the signal frequency is…

A: Output power P1 = 200 Output power P2 = 1 We have to find the dB change in power.

Q: 4. Find the Laplace transform, zeros, poles and ROC of the following time-domain functions. a. x(t)…

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Q: For a 20 Bus power system with 5 voltage controlled bus, the size of Jacobian matrix is ? A 35x35 B…

A: Given, Total number of buses, n = 20. Total number of voltage controlled bus, m = 5

Q: Draw the schematic symbol of the following: a.) function/signal generator b.) diode

A:

Q: Q4- find the output: y(t)= h(t) *x(t) t O x(*) t h h(t) d 七

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Q: 3.13 The saturation curve of a generator for 1,000 rpm is given by the 120 3.7 E If 2 0 20 0,5 41 62…

A: Solution is given below !!

Q: RT R1 1000 R4 2200 R3 1500 w R2 2000 R5 2700

A:

Q: Consider the circuit shown below. If all resistances R= 152, Find the equivalent resistance at…

A: As per the guidelines of Bartleby we supposed to answer first three subpart only for solution of…

Q: IT: II 14 R1 1000 : 13 2200 Figure 3 R3 1500 12: R2: 2000 R5 270Ω

A: Given and R3 is open circuited

Q: Why is automation crucial in the modern world?

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Q: .Series parallel connection circuit a. Solve for the total value of resistance b. Solve for the…

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Q: A power of 10V was applied across the resistance of 100. What is the current flowing through the…

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Q: Questions 1- Draw the impedance triangle at f=1 kH

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Q: The voltage Vo in the circuit shown equals 10Α 5A 20Ω ΣΤ Ο 200 Σ ЗА

A: Given data, Circuit diagram is given as,

Q: Solve for IB, IC, IE, VCE, re' (use the formula re' = 26mV / IE) Vcc=+12 V ac input IB = 47.08u IC =…

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Q: Determine the Laplace transform of the following time domain functions: (a) (2t² - 5t+4)u₁(t− 3) (b)…

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Q: Can you please explain how you calculated an impedance of 2.341?

A: It is given that:

Q: A 3-phase motor is operating with and Vod gd0s = = [100 0 5] V Idos[10-50 1] A. Currents are defined…

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Q: If m(t) = A cos(wt) v, find the output signal of narrow band frequency modulation (eNBFM(t)) and…

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Q: The input characteristics of common emitter is between IC and VCE O IB and VBE O IE and IBO IB and…

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Q: An insulator in the form of a square sheet with side length L has a charge of +3Q distributed…

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Q: The ripple in the output voltage waveform of Full Wave Rectifier is the Half Wave Rectifier than…

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Q: 3. The 6dB attenuator will cause a 6dB loss in the power of any waveform that passes through the…

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Q: QUESTION 29 The value 1.2 x 10-6 can be expressed as O 1.2 μ or micro O 1.2 M or Meg O 0.00012 O 1.6…

A: Basic problem on representing number in electrical engineering.

Q: Determine in the given figure. Consider X= 4.5 A and Y= 5.5 A. A C 1A The value of it is X 2 A A. B…

A: The given circuit is, Where  X=4.5 A,Y=5.5 A.

Q: A generator of 200MVA rating has an inertia constant of 10MJ/MVA. With the same rotor, if the rating…

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Q: Let y (t) = and h(t) is a filter matched to y(t). If y(t) is applied as input to h(t) then the…

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Q: R-19 insulation is 6 inches thick. A roll of this insulation is 15 inches wide andhas 32 feet of…

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Q: transformer has copper-loss of 1.5% and reactance-drop of 3.5% when tested at full-load Calculate…

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Q: For steady-state balanced conditions, the total three-phase power and reactive power may be…

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Q: Question 8 If a transmission line used at 1 GHz has an inductive reactance of 40 ohms and a…

A: Given a transmission line with, Inductive reactance, XL=40 Ω. Capacitive reactance, XC=10 Ω.

Q: Q3) A- Draw the block diagram of successive modulation and filtering methode of SSBSC if the input…

A:

Q: The boundary between two different types of semi conductive materials is PN Junction O Insulator O…

A: SOLUTION                                   PART-1…

Q: Determine the operation status of the silicon diode in Figure below 30 V 1.0 k 30 V 1.5 k 4.7 k ww…

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Q: 4. A signal x(t) has the Fourier transform X(@) a) Find x(t). b) If y(t) = x(t-2)*, find y(@). = 2…

A: In this question we need to find a inverse Fourier transform and Fourier transform of the given…

Q: Preb. C1: Choose the Fig. I shows an oscillator circuit using 555 timer, with R, 2K, Ra" 180 V 12 V,…

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Q: Given the Following Circuit where l = 23.9 mA, R₁ = 397 02, R₂ = 208 2, R3 = 583 2, and R4 = 273 2,…

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Q: 3. Calculate Rab. 0 0 Rah 10 Ω Μ ΤΩ C 1Ω ΦΩ 12 Ω 1Ω ΑΛΛΑ 4Ω b ΣΩ

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Q: How many AM broadcast stations can be accommodated in a 100 KHz  bandwidth if the highest frequency…

A: Note: We’ll answer the first question since the exact one wasn’t specified. Please submit a new…

HVDC

HVDC stands for high voltage direct current in the electric power transmission system. The high voltage direct current system uses direct current (DC) for the transmission of electrical power through transmission lines in contrast with the alternating current that is the AC system. The HVDC is used to transmit bulk power point-to-point through long distances transmission lines. Power is rapidly transferred because the efficiency of transmission lines is greatly increased over long distances due to HVDC lines.