Several electrons are placed on a hollow conducting sphere. They become uniformly distributed on the sphere's outer surface. become randomly distributed on the sphere's outer and inner surfaces. clump together on the sphere's inner surface. clump together on the sphere's outer surface. become uniformly distributed on the sphere's inner surface.
Several electrons are placed on a hollow conducting sphere. They become uniformly distributed on the sphere's outer surface. become randomly distributed on the sphere's outer and inner surfaces. clump together on the sphere's inner surface. clump together on the sphere's outer surface. become uniformly distributed on the sphere's inner surface.
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![Several electrons are placed on a hollow conducting sphere. They
become uniformly distributed on the sphere's outer surface.
become randomly distributed on the sphere's outer and inner surfaces.
clump together on the sphere's inner surface.
clump together on the sphere's outer surface.
become uniformly distributed on the sphere's inner surface.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7188cb95-3991-4fde-979c-4e8f7d8f892c%2F3db59717-baa8-40ee-b10a-edf72ded0763%2Fho8r5fr_processed.png&w=3840&q=75)
Transcribed Image Text:Several electrons are placed on a hollow conducting sphere. They
become uniformly distributed on the sphere's outer surface.
become randomly distributed on the sphere's outer and inner surfaces.
clump together on the sphere's inner surface.
clump together on the sphere's outer surface.
become uniformly distributed on the sphere's inner surface.
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