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Two small non-conducting spheres have opposite charges of the same magnitude. When the two charges are 25 cm apart, each sphere is attracted to the other with a force whose magnitude is 15.0 N. Find the magnitude of the charge on each sphere 12.2 μC 13.4 µC 10.2 μC 8.5 μC 20.4 µC

Two small non-conducting spheres have opposite charges of the same magnitude. When the two charges are 25 cm apart, each sphere is attracted to the other with a force whose magnitude is 15.0 N. Find the magnitude of the charge on each sphere 12.2 μC 13.4 µC 10.2 μC 8.5 μC 20.4 µC

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Two small non-conducting spheres have opposite charges of the same magnitude. When the two charges are 25 cm apart, each sphere is attracted to the other with a force whose magnitude is 15.0 N. Find the magnitude of the charge on each sphere 12.2 μC 13.4 µC 10.2 μC 8.5 μC 20.4 µC
Transcribed Image Text:Two small non-conducting spheres have opposite charges of the same magnitude. When the two charges are 25 cm apart, each sphere is attracted to the other with a force whose magnitude is 15.0 N. Find the magnitude of the charge on each sphere 12.2 μC 13.4 µC 10.2 μC 8.5 μC 20.4 µC
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