3. How did the EPIRA law affect the current electrical power system
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3. How did the EPIRA law affect the current electrical power system?
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- Which of the following is one of the reasons for using High Voltage to transmit electrical energy over long distances? 1 - Reducing voltage drop 11 - Reducing lost power III - Getting rid of the necessity of using 3 phases IV - Making use of lightning energyHow much power would need to be generated to run 25.81 amps of current through a 74.47 volt system?aCalculate the power transferred to the circuit by each source.
- 9. An electric motor has an apparent resistance of 15 Ω. If 8 A of current are flowing through the motor, what is the connected voltage?A transmission line is being built to bring power to a remote community, which is 40 miles from the nearest substation. The conductor has a resistance of 20 ohms. The community requires 100 MW of power at a voltage of 110 kV. What does the voltage leaving the substation need to be to account for voltage drop over the line, and what is the power loss over the transmission line? Please show your work!Please answer the question I want more information about Digital wattmeter
- If the wind is blowing at 10 meters/second, what is the maximum power that can begenerated from the wind hitting the wind turbine 30m blades. Assume the wind turbine isat sea level.What is the value of the total electric current for a circuit consisting of an alternating source of 220 volts with a frequency of 50 Hz and two lamps connected in parallel, knowing that the value of one lamp is 200 watts.Which one of the following uses high temperature of about 6000F to produce electricity? a. Wind b. Fuel cell c. Geothermal d. Solar
- Determine the overall efficiency for chemical energy to light energyconversion for Figure 3 if the power plant efficiency is 40%, transmissionline efficiency is 85% and light efficiency is 7%. State the reasons and explaination.Convert the current source to an equivalent voltage source and calculate the current flowing through the 4.7kOhms resistorDetermine the current if the power rating of a particular instrument is 675 W that is connected to a constant voltage source of 225V