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A uniform spherical charge distribution (as shown in the figure below) has a total charge of 63.3 mC and radiusR = 19.0 cm. Find the electric force exerted on an electron placed at r= 0, 9.5 cm, 19.0 cm, and 28.5 cm. (Assume the positive direction is radially outward. Indicate the direction with the sign of your answer.) N r = 0 F = r= 9.5 cm F = N r = 19.0 cm F = N r = 28.5 cm F = R 9+

A uniform spherical charge distribution (as shown in the figure below) has a total charge of 63.3 mC and radiusR = 19.0 cm. Find the electric force exerted on an electron placed at r= 0, 9.5 cm, 19.0 cm, and 28.5 cm. (Assume the positive direction is radially outward. Indicate the direction with the sign of your answer.) N r = 0 F = r= 9.5 cm F = N r = 19.0 cm F = N r = 28.5 cm F = R 9+

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A uniform spherical charge distribution (as shown in the figure below) has a total charge of 63.3 mC and radiusR = 19.0 cm. Find the electric force exerted on an electron placed at r = 0, 9.5 cm, 19.0 cm, and 28.5 cm. (Assume the positive direction is radially outward. Indicate the direction with the sign of your answer.) r = 0 F = N r = 9.5 cm F = r = 19.0 cm F = N r = 28.5 cm F = N *R メ 9.
Transcribed Image Text:A uniform spherical charge distribution (as shown in the figure below) has a total charge of 63.3 mC and radiusR = 19.0 cm. Find the electric force exerted on an electron placed at r = 0, 9.5 cm, 19.0 cm, and 28.5 cm. (Assume the positive direction is radially outward. Indicate the direction with the sign of your answer.) r = 0 F = N r = 9.5 cm F = r = 19.0 cm F = N r = 28.5 cm F = N *R メ 9.
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