- #1
mairzydoats
- 35
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Imagine an E field coming out of your screen that is constant everywhere in space and time (∂E/∂t=0). And in your reference frame, let's say that this the only field there is -- there is no B.
Say there is a loop in the plane of your screen, and so the plane of this loop is perpendicular to the E. If the loop starts shrinking, will there be any non-zero value of ∫H⋅dl induced around it as it shrinks?
There is no current through the the loop, and E is constant inside of it.
Say there is a loop in the plane of your screen, and so the plane of this loop is perpendicular to the E. If the loop starts shrinking, will there be any non-zero value of ∫H⋅dl induced around it as it shrinks?
There is no current through the the loop, and E is constant inside of it.
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