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Use expression (1) to determine the electric field at points H and T, from the situation in the figure below. D D/2 1 2 Note that the radius of the second ring, is R, and that the linear charge density of the second ring is >/2 /13

Use expression (1) to determine the electric field at points H and T, from the situation in the figure below. D D/2 1 2 Note that the radius of the second ring, is R, and that the linear charge density of the second ring is >/2 /13

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The graph below shows a ring-shaped line of charge, the ring has a uniform charge density > and a radius R. For this situation, the electric field is given by expression (1). P El2) = Ke Z 7(271R) û (2)
Transcribed Image Text:The graph below shows a ring-shaped line of charge, the ring has a uniform charge density > and a radius R. For this situation, the electric field is given by expression (1). P El2) = Ke Z 7(271R) û (2)
Use expression (1) to determine the electric field at points H and T, from the situation in the figure below. D. D/2 1 2. Note that the radius of the second ring, is R, and that the linear charge density of the second ring is >/2 2/13
Transcribed Image Text:Use expression (1) to determine the electric field at points H and T, from the situation in the figure below. D. D/2 1 2. Note that the radius of the second ring, is R, and that the linear charge density of the second ring is >/2 2/13
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