A parallel plate vacuum capacitor charges up to 12 V. The plate separation is 2.0 mm. area of each plate is 80 cm?. If the plate separation is reduced to 1 mm but the amoun charge is constant, analyze the changes of energy stored in the capacitor.
A parallel plate vacuum capacitor charges up to 12 V. The plate separation is 2.0 mm. area of each plate is 80 cm?. If the plate separation is reduced to 1 mm but the amoun charge is constant, analyze the changes of energy stored in the capacitor.
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![A parallel plate vacuum capacitor charges up to 12 V. The plate separation is 2.0 mm. The
area of each plate is 80 cm². If the plate separation is reduced to 1 mm but the amount of
charge is constant, analyze the changes of energy stored in the capacitor.
(c)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fac98d9a0-d519-4a99-b7e5-54f2c7c19afc%2Fca4b4451-4ce8-4e89-93f8-b5663d6370b9%2F7c212qh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A parallel plate vacuum capacitor charges up to 12 V. The plate separation is 2.0 mm. The
area of each plate is 80 cm². If the plate separation is reduced to 1 mm but the amount of
charge is constant, analyze the changes of energy stored in the capacitor.
(c)
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