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6. Two point charges of opposite signs and different magnitudes are separated by a distance r as shown in the diagram below. At a point P between the charges, the electric potential is zero volts. This point is located at a distance r, from the positive charge and a distance r, from the negative charge. What is the distance r, in terms of r and the magnitude of the charges? 91 = +|91| 92 = -1921 P r1 r2 r-

6. Two point charges of opposite signs and different magnitudes are separated by a distance r as shown in the diagram below. At a point P between the charges, the electric potential is zero volts. This point is located at a distance r, from the positive charge and a distance r, from the negative charge. What is the distance r, in terms of r and the magnitude of the charges? 91 = +|91| 92 = -1921 P r1 r2 r-

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6. Two point charges of opposite signs and different magnitudes are separated by a distance r as shown in the diagram below. At a point P between the charges, the electric potential is zero volts. This point is located at a distance r, from the positive charge and a distance r, from the negative charge. What is the distance r, in terms of r and the magnitude of the charges? 91 = +|91| 92 = -1921 r2 r.
Transcribed Image Text:6. Two point charges of opposite signs and different magnitudes are separated by a distance r as shown in the diagram below. At a point P between the charges, the electric potential is zero volts. This point is located at a distance r, from the positive charge and a distance r, from the negative charge. What is the distance r, in terms of r and the magnitude of the charges? 91 = +|91| 92 = -1921 r2 r.
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