Two point charges, q1 (on the left) and q2 (on the right), are placed exactly 1.00 m apart. If q1 is 2.92 µC and q2 is 4.35 µC, at what distance from q1 (between the charges) will the net electric field be exactly zero? Give your answer in meters. (1.00 μC = 1.00x10-6 C) (Hint: rearrange the sum of the fields into quadratic form, and remember to include direction (+ or -) where appropriate in your sum of fields.)
Two point charges, q1 (on the left) and q2 (on the right), are placed exactly 1.00 m apart. If q1 is 2.92 µC and q2 is 4.35 µC, at what distance from q1 (between the charges) will the net electric field be exactly zero? Give your answer in meters. (1.00 μC = 1.00x10-6 C) (Hint: rearrange the sum of the fields into quadratic form, and remember to include direction (+ or -) where appropriate in your sum of fields.)
Chapter5: Electric Charges And Fields
Section: Chapter Questions
Problem 52P: Suppose Earth and the Moon each carried a net negative charge Q . Approximate both bodies as point...
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Transcribed Image Text:Two point charges, q1 (on the left) and q2 (on the right), are placed
exactly 1.00 m apart. If q1 is 2.92 µC and q2 is 4.35 µC, at what
distance from q1 (between the charges) will the net electric field be
exactly zero? Give your answer in meters. (1.00 μC
=
1.00x10-6 C)
(Hint: rearrange the sum of the fields into quadratic form, and
remember to include direction (+ or -) where appropriate in your sum of
fields.)
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