A small sphere with a mass of 0.450 gram is suspended by a non-conducting silk thread as shown. The sphere is subject to an electric field of 3000 N/C directed to the left and the sphere swings out 8° from the vertical as shown below. Follow the steps below to determine the magnitude of the charge on the sphere. 1. Label all the forces acting on the small sphere on the diagram on the left. 0 = 8° E
A small sphere with a mass of 0.450 gram is suspended by a non-conducting silk thread as shown. The sphere is subject to an electric field of 3000 N/C directed to the left and the sphere swings out 8° from the vertical as shown below. Follow the steps below to determine the magnitude of the charge on the sphere. 1. Label all the forces acting on the small sphere on the diagram on the left. 0 = 8° E
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Transcribed Image Text:A small sphere with a mass of 0.450 gram is suspended by a non-conducting silk thread
as shown. The sphere is subject to an electric field of 3000 N/C directed to the left and
the sphere swings out 8° from the vertical as shown below. Follow the steps below to
determine the magnitude of the charge on the sphere.
A.
e = 8°
1.
Label all the forces
acting on the small sphere on the
diagram on the left.
2.
Using the forces on your diagram determine the charge (magnitude and quality (+
or - )) on the ball.
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