A current of 10.0 A is carried by a copper wire of diameter 2.20 mm. If the density of the conduction electrons is 8.47 × 10^28 m^-3, how long does it take for a conduction electron to move 1.10 m along the wire?
Added by Sierra R.
Step 1
First, we need to find the drift velocity of the conduction electrons in the copper wire. The drift velocity is the average velocity of the electrons as they move through the wire due to the applied electric field. We can use the formula: v_d = I / (nqA) where Show more…
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