Consider the electrostatic potential distribution V = 75000p, which exists in water (the relative permittivity of...
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Consider the electrostatic potential distribution V = 75000p, which exists in water (the relative permittivity of water equals 80.4). Calculate the electrostatic energy stored in the cylindrical volume shown in the figure below. The dimensions shown in the figure are in meter (m). V =75000P Im 3m Water E, = 80.4 Consider the electrostatic potential distribution V = 75000p, which exists in water (the relative permittivity of water equals 80.4). Calculate the electrostatic energy stored in the cylindrical volume shown in the figure below. The dimensions shown in the figure are in meter (m). V =75000P Im 3m Water E, = 80.4
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