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A spherical capacitor with charge, Q = 6.04 μC, has inner radius, 32.8 cm, and outer radius, 46.7 cm. (a) How much electric potential energy is stored in the capacitor? Uc = J (b) What is the magnitude of the electric field midway between the two spheres? Emid = V/m (c) What is the energy density midway between the two spheres? UE = J/m³ 4

A spherical capacitor with charge, Q = 6.04 μC, has inner radius, 32.8 cm, and outer radius, 46.7 cm. (a) How much electric potential energy is stored in the capacitor? Uc = J (b) What is the magnitude of the electric field midway between the two spheres? Emid = V/m (c) What is the energy density midway between the two spheres? UE = J/m³ 4

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A spherical capacitor with charge, Q = 6.04 μC, has inner radius, 32.8 cm, and outer radius, 46.7 cm. (a) How much electric potential energy is stored in the capacitor? Uc = (b) What is the magnitude of the electric field midway between the two spheres? Emid = V/m (c) What is the energy density midway between the two spheres? J/m³ UE= 4
Transcribed Image Text:A spherical capacitor with charge, Q = 6.04 μC, has inner radius, 32.8 cm, and outer radius, 46.7 cm. (a) How much electric potential energy is stored in the capacitor? Uc = (b) What is the magnitude of the electric field midway between the two spheres? Emid = V/m (c) What is the energy density midway between the two spheres? J/m³ UE= 4
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