2. Consider an adjustable parallel-plate capacitor that is charged and then disconnected from the battery that charged it. While remaining disconnected what happens to the electric field between the capacitor's plates (a) if the surface area of the plates is decreased, and (b) if the separation distance between the plates is decreased? Explain why in both cases.
2. Consider an adjustable parallel-plate capacitor that is charged and then disconnected from the battery that charged it. While remaining disconnected what happens to the electric field between the capacitor's plates (a) if the surface area of the plates is decreased, and (b) if the separation distance between the plates is decreased? Explain why in both cases.
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Transcribed Image Text:2. Consider an adjustable parallel-plate capacitor that is charged and then disconnected from the
battery that charged it. While remaining disconnected what happens to the electric field between
the capacitor's plates (a) if the surface area of the plates is decreased, and (b) if the separation
distance between the plates is decreased? Explain why in both cases.
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