A parallel plate capacitor with 26 interleaved parallel plates having area of cross section, 300mm*500mm and plates are separated by 0.030mm using rubber with dielectric constant 8.5. i. Estimate capacitance and charge stored in the capacitor when a voltage, 250V is applied. [3] ii. What are the modifications required to double the charge storing capacity of given capacitor without changing the applied voltage? Justify your answer.
A parallel plate capacitor with 26 interleaved parallel plates having area of cross section, 300mm*500mm and plates are separated by 0.030mm using rubber with dielectric constant 8.5. i. Estimate capacitance and charge stored in the capacitor when a voltage, 250V is applied. [3] ii. What are the modifications required to double the charge storing capacity of given capacitor without changing the applied voltage? Justify your answer.
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A parallel plate capacitor with 26 interleaved parallel plates having area of cross section,
300mm*500mm and plates are separated by 0.030mm using rubber with dielectric constant 8.5.
i. Estimate capacitance and charge stored in the capacitor when a voltage, 250V is applied. [3]
ii. What are the modifications required to double the charge storing capacity of given capacitor
without changing the applied voltage? Justify your answer.
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