Part 3) A lithium ion battery has an energy density of ug = 1.28 × 10° J/m°. To produce a parallel plate capacitor with the same energy density, how large would the plates need to be if the capacitance was equal to the configuration from part 1) and a charge of |Q| = 6.43 × 10-ºC was stored on the plate.? A = m? Check
Part 3) A lithium ion battery has an energy density of ug = 1.28 × 10° J/m°. To produce a parallel plate capacitor with the same energy density, how large would the plates need to be if the capacitance was equal to the configuration from part 1) and a charge of |Q| = 6.43 × 10-ºC was stored on the plate.? A = m? Check
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Transcribed Image Text:Part 3)
A lithium ion battery has an energy density of uE = 1.28 × 10° J/m³. To produce a parallel plate capacitor with the same energy density, how large would the plates need to be if the
capacitance was equal to the configuration from part 1) and a charge of Q| = 6.43 × 10-ºC was stored on the plate.?
A =
m
Check
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