The two identical square plates of a parallel plate capacitor in vacuum have a separation distance of 0.050 mm so that the capacitance is measured as 0.870 nF. Suppose this capacitor is to be refashioned into a cylindrical capacitor instead. This is done by using one plate for the outer cylinder, while the other plate is stripped by removing a quarter length on one side with the remaining piece used to create the inner cylinder. What will be the capacitance of this cylindrical capacitor? a) 1.355 x 10-11 Farad b) 9.500 x 10-13 Farad c) 2.812 x 10-12 Farad d) 8.700 x 10-10 Farad

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Chapter1: Units, Trigonometry. And Vectors
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The two identical square plates of a parallel plate capacitor in vacuum have a
separation distance of 0.050 mm so that the capacitance is measured as 0.870 nF. Suppose this
capacitor is to be refashioned into a cylindrical capacitor instead. This is done by using one plate
for the outer cylinder, while the other plate is stripped by removing a quarter length on one side
with the remaining piece used to create the inner cylinder. What will be the capacitance of this
cylindrical capacitor?
a) 1.355 x 10-11
b) 9.500 x 10-13 Farad
c) 2.812 x 10-12
d) 8.700 x 10¬10 Farad
Farad
Farad
Transcribed Image Text:The two identical square plates of a parallel plate capacitor in vacuum have a separation distance of 0.050 mm so that the capacitance is measured as 0.870 nF. Suppose this capacitor is to be refashioned into a cylindrical capacitor instead. This is done by using one plate for the outer cylinder, while the other plate is stripped by removing a quarter length on one side with the remaining piece used to create the inner cylinder. What will be the capacitance of this cylindrical capacitor? a) 1.355 x 10-11 b) 9.500 x 10-13 Farad c) 2.812 x 10-12 d) 8.700 x 10¬10 Farad Farad Farad
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