Question: Consider the above circular capacitor, and the Amperian loop ( radius ( r ) ) in the plane midway between the plates. When

Consider the above circular capacitor, and the Amperian loop (radius \( r \)) in the plane midway between the plates. When the capacitor is charging, the line integral of the magnetic field around the Amperian loop is 1. Zero: No current crosses the surface spanning the Amperian loop
2. Zero: The magnetic field is perpendicular to the Amperian Loop
3. Non-zero: An electric current flows between the capacitor plates
4. Non-zero: There is time changing electric flux on the surface spanning the Amperian Loop
Consider the above circular capacitor, and the

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