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The figure below shows a point-like charge q = 8.4 μC held at point A, distance a = 83 cm away from the end of a thin insulating rod of length c = 91.5 cm that carries uniform linear charge density λ = 0.378 μC/cm. How much work W needs to be done to move this charge q to point B, also shown in the figure, which is distance b = 3.8 cm away from the end of the rod? : W = J.

The figure below shows a point-like charge q = 8.4 μC held at point A, distance a = 83 cm away from the end of a thin insulating rod of length c = 91.5 cm that carries uniform linear charge density λ = 0.378 μC/cm. How much work W needs to be done to move this charge q to point B, also shown in the figure, which is distance b = 3.8 cm away from the end of the rod? : W = J.

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The figure below shows a point-like charge q = 8.4 μ C held at point A , distance a = 83 c m away from the end of a thin insulating rod of length c = 91.5 c m that carries uniform linear charge density λ = 0.378 μ C / c m .
How much work W needs to be done to move this charge q to point B , also shown in the figure, which is distance b = 3.8 c m away from the end of the rod?:
W =
◻ J.

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