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- Determine the symmetrical components of the three currents ?? = 10 ∠ 0A; ?? =100 ∠ 2500 A; and ?? = 10 ∠ 1100 A.A 250 m, 2-wire d.c. distributor fed from one end is loaded uniformly at the rate of 0·8 A per metre. Theresistance of each conductor is 0·0002 Ω per metre. Find the necessary voltage at the feeding point tomaintain 250 V at the far end of the distributor.4.a. Which of the following maintenance practices should be carried out most frequently on motive-powerbatteries?A. Replacing cable insulationB. Replacing the vent capsC. Checking the specific gravity of the electrolyteD. Checking the electrolyte level4.b. During the formation of a lead-acid battery, which of the following takes place?A. The active materials in the negative plate are converted to lead dioxide.B. Lead sponge in the negative plate is converted to lead sulfate.C. Lead sulfate in the positive plate is converted to lead dioxide.D. The active materials in the positive plate are converted to lead sulfate.
- A 2-wire d.c. ring distributor is 300 m long and is fed at 240 V at point A. At point B, 150 m from A, a load of 120 A is taken and at C, 100 m in the opposite direction, a load of 80 A is taken. If the resistance per 100 m of single conductor is 0.030. find: (i) current in each section of distributor (ii) voltage at points B and C.low voltage systems What is the system called if current flows through its neutral conductor? a)Balanced b)Unbalanced c)Proactive d)ComplexElectric Machine-check image, all question there. Consider the above equivalent circuit of IM, A six pole, 250 volt(line to line), 60Hz, Y connected , three phase IM has the following parameters on a per phase basis: R1=0.125Ω , R2=0.45 Ω, X1=0.5 Ω, X2=0.75 Ω, Xm=50 Ω, Rc=225 Ω The friction and windage loss is 115 W. Determine the following at its rated slip of 1.5% a)Excitation Circuit b)Power developed by motor(Pd) c)Shaft Power(Pshaft) d)Shaft Torque(Tshaft) e)Efficiency
- Electric Machine - Check image, all question there. Consider the above equivalent circuit of IM, A six pole, 250 volt(line to line), 60Hz, Y connected , three phase IM has the following parameters on a per phase basis: R1=0.125Ω , R2=0.45 Ω, X1=0.5 Ω, X2=0.75 Ω, Xm=50 Ω, Rc=225 Ω The friction and windage loss is 115 W. Determine the following at its rated slip of 1.5% a)Excitation Circuit b)Power developed by motor c)Shaft Power(Pshaft) d)Shaft Torque(Tshaft) e)Efficiencyg.1. The Let-Go current threshold for people has defined the operating point for a Class A GFCI receptacleto be _______ mA.A. 15–20B. 4–6End of examC. 6–10D. 10–12g.2. The amount of current in each separate conductive path is related to the _______ in each of the pathsinvolved.A. fuse time-current curveB. interrupting ratingC. reactanceD. impedanceg.3. In an AC circuit, the total opposition to the flow of current that's offered by the combination of theresistance, the capacitive reactance, and the inductive reactance is called theA. impedance.B. voltage reactance.C. electrostatic reactance.D. total inductive reactance.A two wire DC distributor AB, 1000 meter long, is supplied from both ends, 240 V at A and 242 V at B. There is a concentrated load of 200 A at a distance of 400 meter from A and a uniformly load 1.0 A/m between the midpoint and end B. Determine (i) the current fed at points A and B (ii) the point of minimum potential and (iii) voltage and this point. Consider cable resistance as 0.005 ohm per 1000 meter each core.
- 1- The recommended limit of voltage drop on a lighting circuit for a single-phase supply as per IEE Wiring regulations is equal to 6.3 volt. Then the value of supply voltage is a. 290V b. 250V c. 210V d. 230V 2- Which of the following statement is TRUE ? a. Resistance is not proportional to length of the material and Resistance is proportional to area b. Resistance is proportional to length of the material and Resistance is proportional to area c. Resistance is not proportional to length of the material and Resistance is inversly proportional to area d. Resistance is proportional to length of the material and Resistance is inversly proportional to areaSelect the base voltages for one section and calculate the base voltages for the rest of the sections. Remember that the voltages given are line-line. Calculate the current and impedance for all sections of the System. Assume a base complex power of 100 MVA.explain the process to get Vout. i am no the best at Kvl or voltage potential