Question: V1. 2. Previously, we asserted that there's no electric field in an ideal conductor. Explain why it takes time for a good conductor to reach
V1.
2. Previously, we asserted that there's no electric field in an ideal conductor. Explain why it takes time for a good conductor to reach the zero-field condition upon some excitation. (3 points) Assume the dielectric constant of silver is equal to the vacuum value. Estimate the time constant, within which the electric field in silver is not zero, when an external electric field excites a piece of silver. ( 3 points)
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