One model of a parallel-plate capacitor in vacuum is advertisedas having a capacitance of 8.30 nF. When you disassemble onesuch capacitor, you find that its plates are 4.50 m2 in area. (a) What isthe spacing between this capacitor’s plates? (b) When the potential differencebetween the plates is 3.00 kV, what are the charge on the capacitorand the magnitude of the electric field between the plates?
One model of a parallel-plate capacitor in vacuum is advertisedas having a capacitance of 8.30 nF. When you disassemble onesuch capacitor, you find that its plates are 4.50 m2 in area. (a) What isthe spacing between this capacitor’s plates? (b) When the potential differencebetween the plates is 3.00 kV, what are the charge on the capacitorand the magnitude of the electric field between the plates?
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One model of a parallel-plate capacitor in vacuum is advertised
as having a capacitance of 8.30 nF. When you disassemble one
such capacitor, you find that its plates are 4.50 m2 in area. (a) What is
the spacing between this capacitor’s plates? (b) When the potential difference
between the plates is 3.00 kV, what are the charge on the capacitor
and the magnitude of the electric field between the plates?
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