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Q = - 10μC 1cm 5cm A o=+5µC/m² Consider a charged sphere with uniform charge Q, and a very large (effectively infinite) charged plane with surface charge density o A charge q = +1 µC is released from rest at point A. What is its kinetic energy when it hits the surface of the sphere?

Q = - 10μC 1cm 5cm A o=+5µC/m² Consider a charged sphere with uniform charge Q, and a very large (effectively infinite) charged plane with surface charge density o A charge q = +1 µC is released from rest at point A. What is its kinetic energy when it hits the surface of the sphere?

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Q = - 10μC 1cm 5cm o = +5µC/m² Consider a charged sphere with uniform charge Q, and a very large (effectively infinite) charged plane with surface charge density o A charge q = +1 µC is released from rest at point A. What is its kinetic energy when it hits the surface of the sphere?
Transcribed Image Text:Q = - 10μC 1cm 5cm o = +5µC/m² Consider a charged sphere with uniform charge Q, and a very large (effectively infinite) charged plane with surface charge density o A charge q = +1 µC is released from rest at point A. What is its kinetic energy when it hits the surface of the sphere?
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