41. Alex and Emlly porform an electrostatics charging experiment by following these steps: 1 Place two neutral metal Spheres A and B on insulated stands. 2 Place Sphere A into contact with Sphere B. Bring a negatively-charged balloon very dlose to Sphere A as shown in Figure 1. But do not allow the balloon to touch the sphere. After a few moments, use the insulated stand to move Sphere B to the 4 right so it is no longer in contact with Sphere A. 5 Move the balloon far away from either sphere as shown in Figure 2. I A B B Figure 1 Figure 2 What describes the movement of the charge and the final charge on both spheres as seen in Figure 2? A Positive charges move from Sphere B onto Sphere A, resulting in Sphere B having a net negative charge and Sphere A having a net positive charge. B. Negative charges move from Sphere B onto Sphere A resulting in Sphere B having a net positive charge and Sphere A having a net negative charge. C. Positive charges move from Sphere A onto Sphere B, resulting in Sphere B having a net negative charge and Sphere A having a net positive charge. D. Negative charges move from Sphere A onto Sphere B resulting in Sphere B having a net positive charge and Sphere A having a net negative charge. ++
41. Alex and Emlly porform an electrostatics charging experiment by following these steps: 1 Place two neutral metal Spheres A and B on insulated stands. 2 Place Sphere A into contact with Sphere B. Bring a negatively-charged balloon very dlose to Sphere A as shown in Figure 1. But do not allow the balloon to touch the sphere. After a few moments, use the insulated stand to move Sphere B to the 4 right so it is no longer in contact with Sphere A. 5 Move the balloon far away from either sphere as shown in Figure 2. I A B B Figure 1 Figure 2 What describes the movement of the charge and the final charge on both spheres as seen in Figure 2? A Positive charges move from Sphere B onto Sphere A, resulting in Sphere B having a net negative charge and Sphere A having a net positive charge. B. Negative charges move from Sphere B onto Sphere A resulting in Sphere B having a net positive charge and Sphere A having a net negative charge. C. Positive charges move from Sphere A onto Sphere B, resulting in Sphere B having a net negative charge and Sphere A having a net positive charge. D. Negative charges move from Sphere A onto Sphere B resulting in Sphere B having a net positive charge and Sphere A having a net negative charge. ++
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Transcribed Image Text:41. Alex and Emily porform an electrostatics charging experiment by following these steps:
1 Place two neutral metal Spheres A and B on insulated stands.
2 Place Sphere A into contact with Sphere B.
Bring a negatively-charged balloon very close to Sphere A as shown in
3
Figure 1. But do not allow the balloon to touch the sphere.
After a few moments, use the insulated stand to move Sphere B to the
right so it is no longer in contact with Sphere A.
5 Move the balloon far away from either sphere as shown in Figure 2.
B
Figure 1
Figure 2
What describes the movement of the charge and the final charge on both spheres as seen in
Figure 2?
Positive charges move from Sphere B onto Sphere A, resulting in Sphere B having a net negative charge
and Sphere A having a net positive charge.
B. Negative charges move from Sphere B onto Sphere A resulting in Sphere B having a net positive charge
and Sphere A having a net negative charge.
C. Positive charges move from Sphere A onto Sphere B, resulting in Sphere B having a net negative charge
and Sphere A having a net positive charge.
Negative charges move from Sphere A onto Sphere B resulting in Sphere B having a net positive charge
and Sphere A having a net negative charge.
A.
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