here are 240 square meters of floor area in a house that contains an electric range rated as 12 kW and an electric dryer rated at 5000 watts. Calculate (a) the minimum size of feeders (service conductors) required.

Q: Q5/ Two 300KVA, 1000V, 50HZ alternators operating in parallel to supply a load of 500KW at UPF. 60% ...

A: “Since you have asked multiple question, we will solve the first question for you. If you want any s...

Q: Which statements are correct APU can supply to both AC buses if needed During normal startup of the ...

A:

Q: An open circuit has the following characteristics O a. zero Current, with voltage O b. with Current,...

A:

Q: ) fined the Leploce trons form for:-

A:

Q: In a certain region of space, the electric field intensity has been mea be: E(z,t) = 6 x 10 cos(100t...

A:

Q: 25 Let J =a, 20 -a. A/m², and: (a) find the total current crossing ap, the plane z = 0.2 in the a, d...

A:

Q: 2. For two variables (of 1 bit each) there are 16 possible functions which appear below: x y FOF1 F2...

A: The solution is given below

Q: A ____shall be used to connect the equipment grounding conductors, the service equipment enclosures,...

A: Given, 3 multiple choice questions related to national electrical code.(NEC). Please find the below ...

Q: In a certain region of space, the electric field intensity has been measured to be: E(z,t) = 6 x10- ...

A:

Q: has synchronous impedance of 0+j20/phase. When it is delivering its rated QI/ A 3-phase, 55KW, 440V,...

A:

Q: How should a designer construct the receiver in order to minimse the overall noise temperature?

A: Receiver noise temperature- It is a composition of all noises which enters in receiver via antenna. ...

Q: Draw the ho -Load char recorded in the table. Valv) n(r.p.m) 240 25 50 75 100 490 750 1o 125 125 150...

A: Take voltage in X axis and speed in Y axis

Q: From the figure below, determine the value of current I Si 무 10 V 10 2 A Si O 70mA O 140mA O 1A O OA

A:

Q: 0.7v Vo D 0.7v R 2nd approximation Non of the above 3rd approximation 1st approximation

A: In diode first approximation assuming the diode is ideal switch ( perfect switch with zero cut in vo...

Q: Question 7 10s? + 4 The transfer function of a system is given by H(s) = 252 +1 Find the steady stat...

A:

Q: A certain microwave has a wavelength of 0.032 meters. Calculate the frequency of this microwave.

A: This question belongs to electronics . It is based on the concept of calculation of frequency for a ...

Q: there are 240 square meters of floor area in a house that contains an electric range rated as 12 kW ...

A: total floor area =240 square meter electric range =12 kW electric dryer =5000 W  

Q: Question 7 10s? +4 25? +1 The transfer function of a system is given by H(s) = Find the steady state...

A: We need to find out steady state Value of given system.

Q: Question 8 The parity check matrix is given as shown: 1000010 0 10 0 I 11 H = 0010110 0 0 01011 Dete...

A: From the given table  Minimum non zero hamming weight  dmin= 3    

Q: What is the simplest circuit that we can be used to generate FSK? Briefly explain its operation

A: Given, We have to write the simplest circuit that can be used to generate FSK . And it's operation. ...

Q: Determine I,max for the shown network below if vi = 14Vdc Imax Si 4.7 k2 68 kQ Vi Si O 2.05mA O 1.49...

A:

Q: calculate the current for each resistance (1) Ali R, R, 13n 48 n 12V E, R, E, 2n

A:

Q: Find the output voltage swing of the clamper circuit shown below. +10 + F10 - 10

A:

Q: Which statements are correct regarding the picture? ELEC BAT 1 28 V BAT 2 C BAT 28 V DC 1 DC 2 ESS A...

A: The given system is the power system of the aircraft. The generators are supplying power to the buse...

Q: What is VBN in this balanced three-phase in which VAN= 7200<20 deg and VCN=7200<-100 deg?

A: Given,  balanced three-phase in which VAN= 7200&lt;20 deg  VCN=7200&lt;-100 deg VBN 7=?

Q: Determine the voltage across 68kohms resistor for the shown network below if vi = 0.5Vdc Si Imax Vi ...

A: Silicon diode starts conduct when anode voltage is greater than cathode voltage by 0.7 volts.

Q: An RC circuit includes a basic switch. In position "a", the battery, resistor and capacitor are conn...

A: “Since you have posted a question with multiple sub-parts, we will solve first three sub-parts for y...

Q: Use a K-map to simplify the Boolean expression * E = A'B C'D + A'CD + A'C' + C O E = A + C OE= A' +C...

A: This question belongs to digital electronics. It is based on the concept of simplification of Boolea...

Q: Compute the electric field intensity E in air at a distance of 30 cm from a point charge q1 = 5 x 10...

A: electric field intensity E  due to point charge Q =Q4π×ε×r2. where r is distance from point charge t...

Q: Determine: a) dc transistor terminal voltages b) hie c) Rin d) vo iL e) Ais = is f) R, (to the left ...

A:

Q: 3- For AM DSBFC modulator, the modulation coefficient is 0.4 and a carrier power is 400 W, the Total...

A:

Q: Vo1 of the following circuit is equal to Ge Si 12 k2 Vog -10 VoK Vo 3.3 k2 A6 Tov 9V -0 7V O

A:

Q: A filter circuit provides an output of 28 V unloaded and 25 V under full-load operation. Calculate t...

A:

Q: The voltage of a 100 kw, 250 volts shunt generator rises to 260 volts when the load is removed. What...

A:

Q: 1. Design a voltage regulator that will maintain an output voltage of 20 V across a 1-k load with an...

A: This question belongs to analog electronics . It is based on the concept of zener diode .  Zener dio...

Q: Design a single-circuit element with a single resistor, capacitor, and inductor to for the case. Spe...

A: Given data : V(t)=4+2e-3tVi(t)=2+3e-3t V

Q: The uniform box shown in next figure, has a mass of 40 Kg. If the two forces T= 60 N and F =30 N are...

A: Note : In question it is not given what has to be find so I am finding acceleration of the block.   ...

Q: 4- The maximum power for a given excitation in a synchronous motor is developed when the power angle...

A: Here given that we need to find the at what power angle maximum power is developed by synchronous mo...

Q: Ql: Find the value resistance (R) for the circuit in figure 1.The power supply P=lk watt. Slon 우 8고 ...

A:

Q: Şekil 2.24'te verilen devrede v, ve v, gerilimlerini bulunuz. Çalışma Sorusu 2.6 Cevap: 20 V,-10 V. ...

A: Given circuit:

Q: For the function v = 12 sin 40, calculate the: a) mean b) root mean square (RMS) Over a range of 0 ≤...

A: The function is given as: v=12sin4ϕ (a) The mean can be calculated as: Vmean=1π4∫0π412sin4ϕdϕ=484π[-...

Q: Two current i, and iz are given by the expression i, = 10 sin (314t +4) and iz = 8 sin (314t + Find ...

A:

Q: Q3: Find I, in the network in fig.(3) using Thévenin's theorem. YA 2023 2A You Ix Fig.3

A:

Q: * inthe unbalanced bridge Circuit in figca) tind the potential differen ce that exists across the Sw...

A:

Q: Represent the following quantities by vectors: 5 sin (2nft-1); 3 cos (2nft+1); 2 sin (2nft+2.5) and ...

A:

Q: Find Z{ "Cp}, 0 <ps nand Z{"*PGp}

A: Given data, Zncp and Zn+pcp Combinational permutation is given by, ncr=n!r!n-r!

Q: 3. Use the resistor color code chart to determine the value and tolerance of the resistor below. II

A: 1 COLOUR DIGIT MULTIPLIER TOLERANCE Black 0 1   Brown 1 10 ± 1% Red 2 100 ± 2% Orange 3 1...

Q: if the potential difference equal (9 V) and resistance equal (150 N), the current for electric circu...

A: As per the company guidelines we can solve only one separate question , so please kindly post the re...

Q: Calculate the equivalent resistance if each resistor has a resistance of 89 Ohms. ao

A:

Q: Current density is given in cylindrical coordinates as J = -106z1.5azA/m2 in the %3D region 0sps 20µ...

A: Given vector current density,J=-106z1.5 az A/m2 for 0⩽ρ⩽20 μmAlso, J=0 for ρ⩾20 μm

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.