A piece of fur is rubbed on a piece of foam insulation. A. Electrons are transferred from one object to another by using friction to create charged objects. B. Protons are transferred from one object to another by using friction to create charged objects. C. Electrons are transferred from one object to another by using induction to create charged objects. D. Neutrons are transferred from one object to another by using induction to create charged objects.

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37. A piece of fur is rubbed on a piece of foam insulation. A. Electrons are transferred from one object to another by using friction to create charged objects. B. Protons are transferred from one object to another by using friction to create charged objects. C. Electrons are transferred from one object to another by using induction to create charged objects. D. Neutrons are transferred from one object to another by using induction to create charged objects. 38. A negatively-charged metal sphere is attached to an insulating handle. The sphere is brought into contact with a neutral electroscope for a moment, as shown in the Illustration on the right, and then contact is broken. What will happen to the electroscope? A. The electroscope will become negatively charged by induction, and the leaves of the electroscope will attract one another. B. The electroscope will become negatively charged by conduction, and the leaves of the electroscope will repel one another. C. The electroscope will become positively charged by induction, and the leaves of the electroscope will attract one another. D. The electroscope will become positively charged by conduction, and the leaves of the electroscope will repel one another.
37. A piece of fur is rubbed on a piece of foam insulation.
Electrons are transferred from one object to another by using friction to create
charged objects.
A
B. Protons are transferred from one object to another by using friction to create charged
objects.
C. Electrons are transferred from one object to another by using induction to create
charged objects.
D. Neutrons are transferred from one object to another by using induction to create
charged objects.
Transcribed Image Text:37. A piece of fur is rubbed on a piece of foam insulation. Electrons are transferred from one object to another by using friction to create charged objects. A B. Protons are transferred from one object to another by using friction to create charged objects. C. Electrons are transferred from one object to another by using induction to create charged objects. D. Neutrons are transferred from one object to another by using induction to create charged objects.
38. A negatively-charged motal sphere is attached to an insulating handle. The sphore is brought
Into contact with a neutral electroscope for a moment, as shown In the Illustration on the right,
and thon contact is broken.
charged metal szhere
neutral electroscope
What will happen to the electroscope?
The electroscope will become negatively charged by induction, and the leaves of the electroscope will
attract one another.
The electroscope will become negatively charged by conduction, and the leaves of the electroscope
will repel one another.
B.
C. The electroscope will become positively charged by induction, and the leaves of the electroscope
will attract one another.
D. The electroscope will become positively charged by conduction, and the leaves of the electroscope
will repel one another.
hp
OII
&
2#
4
2
t
r
e
m
C
Transcribed Image Text:38. A negatively-charged motal sphere is attached to an insulating handle. The sphore is brought Into contact with a neutral electroscope for a moment, as shown In the Illustration on the right, and thon contact is broken. charged metal szhere neutral electroscope What will happen to the electroscope? The electroscope will become negatively charged by induction, and the leaves of the electroscope will attract one another. The electroscope will become negatively charged by conduction, and the leaves of the electroscope will repel one another. B. C. The electroscope will become positively charged by induction, and the leaves of the electroscope will attract one another. D. The electroscope will become positively charged by conduction, and the leaves of the electroscope will repel one another. hp OII & 2# 4 2 t r e m C
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