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Two point charges are lying on the y- axis as in the figure: q₁ = -4.50 μC and q2 = +4.50 μC. They are equidistant from the point P, which lies on the x- axis. (a) What is the magnitude of net electric field at P? (b) A small object of charge do = 7.80 µC and mass m = 1.17 g is placed at P. When it is released, what is the magnitude of its acceleration? 91 92 +V 0.560m 30.6 30.6° 0.560m

Two point charges are lying on the y- axis as in the figure: q₁ = -4.50 μC and q2 = +4.50 μC. They are equidistant from the point P, which lies on the x- axis. (a) What is the magnitude of net electric field at P? (b) A small object of charge do = 7.80 µC and mass m = 1.17 g is placed at P. When it is released, what is the magnitude of its acceleration? 91 92 +V 0.560m 30.6 30.6° 0.560m

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Two point charges are lying on the y-axis as in the figure: q₁ = -4.50 µC and q2 = +4.50 μC. They are equidistant from the point P, which lies on the x- axis. (a) What is the magnitude of net electric field at P? (b) A small object of charge do = 7.80 µC and mass m = 1.17 g is placed at P. When it is released, what is the magnitude of its acceleration? 91 +y 0.560m 30.6 30.6° 0.560 m
Transcribed Image Text:Two point charges are lying on the y-axis as in the figure: q₁ = -4.50 µC and q2 = +4.50 μC. They are equidistant from the point P, which lies on the x- axis. (a) What is the magnitude of net electric field at P? (b) A small object of charge do = 7.80 µC and mass m = 1.17 g is placed at P. When it is released, what is the magnitude of its acceleration? 91 +y 0.560m 30.6 30.6° 0.560 m
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