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2. A copper conductor AWG #10 of length 100 m conducts a current of 10 A. Find the electric field strength, the drift velocity, the difference of potential at the ends of the conductor and the total resistance for the 100 m of driver. (Note: please refer to the conductor diameter given by the specification AWG #10).

2. A copper conductor AWG #10 of length 100 m conducts a current of 10 A. Find the electric field strength, the drift velocity, the difference of potential at the ends of the conductor and the total resistance for the 100 m of driver. (Note: please refer to the conductor diameter given by the specification AWG #10).

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2. A copper conductor AWG #10 of length 100 m conducts a current of 10 A. Find the electric field strength, the drift velocity, the difference of potential at the ends of the conductor and the total resistance for the 100 m of driver. (Note: please refer to the conductor diameter given by the specification AWG #10).
Transcribed Image Text:2. A copper conductor AWG #10 of length 100 m conducts a current of 10 A. Find the electric field strength, the drift velocity, the difference of potential at the ends of the conductor and the total resistance for the 100 m of driver. (Note: please refer to the conductor diameter given by the specification AWG #10).
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