A region of space has an electric field that is uniform in the y- and z-directions, but varies as E(x) = E, (1-x) i along the x-axis. Assume that E, = 200 V/m. Calculate the potential difference, Vab, from a = 0.2 m to b = 1.0 m.
A region of space has an electric field that is uniform in the y- and z-directions, but varies as E(x) = E, (1-x) i along the x-axis. Assume that E, = 200 V/m. Calculate the potential difference, Vab, from a = 0.2 m to b = 1.0 m.
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Transcribed Image Text:A region of space has an electric field that is uniform in the y- and z-directions, but varies as E(x) = E, (1-x) i
along the x-axis. Assume that E, = 200 V/m. Calculate the potential difference, Vab, from a = 0.2 m to b = 1.0 m.
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