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- Why does the nameplate inductance of the ballast (1.1 H) the same with the computed actual inductance which is 1.5 H? Explain whySolve the following problem. Use four decimal places for accuracy. 1. A 3 phase, 4 wire system has the following currents: la=20cis0: Ic=28cis125 and Ib1 = 26.33cis235.76 all in amperes respectively. Find the line current IbHow can you measure the temperature of an object using the Calendar-Griffith's bridge, Explain in detail with the correction factor.
- When two identical parallel wires are 3 m apart, the inductance per unit length is 2.5 μH/m. Calculate the diameter of each wire. explain the steps of the problemThe area of a hysteresis loop obtained from a ferromagnetic specimen is 12.5 cm2. The scales used were: horizontal axis 1 cm = 500A/m; vertical axis 1 cm = 0.2 T. Determine (a) the hysteresis loss per m3 per cycle, and (b) the hysteresis loss per m3 at a frequency of 50 Hz.When two identical parallel wires are 3 m apart, the inductance per unit length is 2.5 μH/m. Calculate the diameter of each wire. Explain the problem
- introduction about PROTOTYPE OF PIEZOELECTRIC BALLAST FOR GENERATING ELECTRIC POWER THROUGH FOOTPASS TRAFFICOuter radius r2 = 50 cm, puncture of air in a concentric spherical electrode system resistance is Ed = 30 kV/cm, applied voltage is 200 kV. Draw the perforation curve of the system. Calculate the inner radii of the two patterns corresponding to 200 kV on the perforation curve. Indicate the discharge sites.16/ A single phase supply can be generated when three coils are placed 120° apart and the whole is rotated in a uniform magnetic field. Select one: True False
- The number of disc insulators used in a suspension insulator setup with string efficiency 80 %, phase voltage 33 kV, and the voltage across insulator nearest to conductor 11 kV is .......................... Complete the answer.11. Complete soluitonThe number of disc insulators used in a suspension insulator setup with string efficiency 80 %, phase voltage 66 kV, and the voltage across insulator nearest to conductor 11 kV