Two charges, Q1=+7.00 μC and Q2=−5.00 μC are 0.03 m apart. How much work (in joule) is done in bringing a third charge of +5.00 μC to form the third vertex of an equilateral triangle, 0.03 m from each of the other charges?

Two charges, Q1=+7.00 μC and Q2=−5.00 μC are 0.03 m apart. How muc

1.	Two charges, Q1=+7.00 μC and Q2=−5.00 μC are 0.03 m apart. How much work (in joule) is done in bringing a third charge of +5.00 μC to form the third vertex of an equilateral triangle, 0.03 m from each of the other charges?
Answer» Two charges, $Q_{1} = + 7.00 μ C$ and $Q_{2} = - 5.00 μ C$ are $0.03 m$ apart. How much work (in joule) is done in bringing a third charge of $+ 5.00 μ C$ to form the third vertex of an equilateral triangle, $0.03 m$ from each of the other charges?

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Two charges, Q1=+7.00 μC and Q2=−5.00 μC are 0.03 m apart. How much work (in joule) is done in bringing a third charge of +5.00 μC to form the third vertex of an equilateral triangle, 0.03 m from each of the other charges?

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