I2 I3 Wr 202 302 102 402 I4 500 I5 E3 16 +, E2 9 Volts,E23D23 Volts, and E3=22 Volts, calculate the values of the indicated currents using KCL and KVL equations. A, 12= A, 13= A, 14= A, 16=
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- (a) Determine the currents I1, I2, and I3 for the electrical network shown in the figure. (b) How is the result affected when A is changed to 2 volts and B is changed to 6 volts?Article 300 What’s the minimum cover requirement in inches for UF cable supplying power to a 120V, 15A GFCI-protected circuit outdoors under a driveway of a one-family dwelling? a. 12in. b. 24in. c. 16in. d. 6in.2. Imagine that you're asked to install an auxiliary grounding electrode at the base of a lighting pole in aparking lot. This auxiliary grounding electrode will be connected to theA. lighting pole's electrical service equipment grounding conductor.B. electrical service's grounding electrode conductor.C. next lighting pole's auxiliary grounding electrode.D. lighting pole's neutral conductor.
- 1. A14/2 type copper used for a general lighting branch circuit. Ampacity:______________ Maximum Fuse or Circuit Breakers Sizes:________________ 2.Three 8 AWG copper conductors with THHN insulation Installed in garage in electrical metallic tubing (EMT). The ambient temperature in the garage can reach as high as 110'F. All termination points for this circuit are rated 60'C. Ampacity:______________ Maximum Fuse or Circuit Breakers Sizes:________________ 3.Four 4 AWG copper conductor with THWN insulation imstalled in EMT in a basement. All termination points are rated at 60'C. Ampacity:______________ Maximum Fuse or Circuit Breakers Sizes:________________ 4. An 8/3 Type UF copper cable installed underground from a house to a detached garage to feed a 120/240-volt subpanel. All termination points are rated at 60'C.…Circuit 1 – Lighting Load by the Area Method a. Determine the wattage required per square area. b. Determine the current load (230 volts) c. Compute the actual lighting load d. Solve the actual current load e. Determine the size of the branch Circuit wire. f. Determine the size of conduit Pipe. g. Determine the size of size or Rating of the branch circuit ProtectionA 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?
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- Using the Delta to Wye transformation, Calculate the total resistance from point A to I(RAI), if this terminal is connected to a source of 12 volts, calculate the total current and total power ?Question 12 kana .Perform the calculation and record the answer with the correct ((34.123+3.10))/((98.7654-7.444)) Full explain this question and text typing work only We should answer our question within 2 hours takes more time then we will reduce Rating Dont ignore this lineQUESTION 11 What is the ampacity of 3/0 AWG Copper THWN if there are 7 of them that are considered current carrying conductors in a conduit and the ambient temperature is 79 Degrees F? The conduit is strapped to a ½" piece of plywood laying on the roof. A 81.2 B 105 C 114.8 D 140