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A spherical capacitor is made up of two concentric spheres of radii R1 = 18 cm and R2 = 24 cm carrying a charge of Q = 380 pC. a) What is in Farads the capacitance of this capacitor? C = b) What is in Volts the potential difference between the spheres? V = c) How much energy is stored then in the capacitor? U =

A spherical capacitor is made up of two concentric spheres of radii R1 = 18 cm and R2 = 24 cm carrying a charge of Q = 380 pC. a) What is in Farads the capacitance of this capacitor? C = b) What is in Volts the potential difference between the spheres? V = c) How much energy is stored then in the capacitor? U =

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A spherical capacitor is made up of two concentric spheres of radii R 1 = 18 cm and R 2 = 24 cm carrying a charge of Q = 380 pC . a) What is in Farads the capacitance of this capacitor?
C =
◻ b) What is in Volts the potential difference between the spheres?
V = ◻
c) How much energy is stored then in the capacitor?
U =
◻

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