Suppose that the negative charge in a copper one-cent coin were removed to a very large distance from Earth-perhaps to a distant galaxy-and that the positive charge were distributed uniformly over Earth's surface. By how much would the electric potential at the surface change? (By taking the mass of a penny to be 3.11 g, the positive or negative charge is found to be 1.37×105 C)

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Chapter1: Units, Trigonometry. And Vectors
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 Suppose that the negative charge in a copper one-cent coin were removed to a very large distance from Earth-perhaps to a distant galaxy-and that the positive charge were distributed uniformly over Earth's surface. By how much would the electric potential at the surface change? (By taking the mass of a penny to be 3.11 g, the positive or negative charge is found to be 1.37×105 C

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This is the second time i had a problemw ith this question. you once again gave me the same answer that. said was wrong, and showed that it was wrong and i have now wasted two questions on it. 

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(c25p59_6e) Suppose that the negative charge in a copper one-cent coin were removed to a very large distance from Earth-perhaps to a
distant galaxy-and that the positive charge were distributed uniformly over Earth's surface. By how much would the electric potential at
the surface change? (See Sample Problem 22-7 in the problem supplement. By taking the mass of a penny to be 3.11 g, the positive or
negative charge is found to be 1.37×105 C)
-0.0192 V
Transcribed Image Text:(c25p59_6e) Suppose that the negative charge in a copper one-cent coin were removed to a very large distance from Earth-perhaps to a distant galaxy-and that the positive charge were distributed uniformly over Earth's surface. By how much would the electric potential at the surface change? (See Sample Problem 22-7 in the problem supplement. By taking the mass of a penny to be 3.11 g, the positive or negative charge is found to be 1.37×105 C) -0.0192 V
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