In vacuum, the two identical square plates of a parallel plate capacitor are separated by 0.050 mm, resulting in a capacitance of 0.870 nF. Assume that this capacitor needs to be transformed into a cylindrical capacitor. This is accomplished by utilizing one plate for the outer cylinder and stripping the second plate by removing a quarter length on one side and using the remaining piece to make the inner cylinder. What will this cylindrical capacitor's capacitance be?
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In vacuum, the two identical square plates of a parallel plate capacitor are separated by 0.050 mm, resulting in a capacitance of 0.870 nF. Assume that this capacitor needs to be transformed into a cylindrical capacitor. This is accomplished by utilizing one plate for the outer cylinder and stripping the second plate by removing a quarter length on one side and using the remaining piece to make the inner cylinder. What will this cylindrical capacitor's capacitance be?
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