36. Two metal spheres, Sphere 1 and 2, are resting on an insulated table. Sphere 2 has a not negative charge whlle Sphere 1 Is neutral. ? 2 If a neutral metal rod Is placed so that It touches the two spheres, what will happen? A Positive charges move from Sphere 1 onto Sphere 2 through the rod, resulting in Sphere 1 and Sphere 2 both having a net negative charge. B. Positive charges move from Sphere 2 onto Sphere 1 through the rod, resulting in Sphere 1 and Sphere 2 both having a net negative charge. C. Negative charges move from Sphere 1 onto Sphere 2 through tle rod, resulting in both Sphere 1 and Sphere 2 having a net negative charge. D. Negative charges move from Sphere 2 onto Sphere 1 through the rod, resulting in both Sphere 1 and Sphere 2 having net negative charge.

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35. A charged rod is brought near to the knob of an uncharged electroscope. The leaves of the electroscope move apart. This is called charging by A. friction B. induction C. conduction D. insulation 36. Two metal spheres, Sphere 1 and 2, are resting on an insulated table. Sphere 2 has a net negative charge while Sphere 1 Is neutral. If a neutral metal rod is placed so that it touches the two spheres, what will happen? A. Positive charges move from Sphere 1 onto Sphere 2 through the rod, resulting in Sphere 1 and Sphere 2 both having a net negative charge. B. Positive charges move from Sphere 2 onto Sphere 1 through the rod, resulting in Sphere 1 and Sphere 2 both having a net negative charge. C. Negative charges move from Sphere 1 onto Sphere 2 through fils rod, resulting in both Sphere 1 and Sphere 2 having a net negative charge. D. Negative charges move from Sphere 2 onto Sphere 1 through the rod, resulting in both Sphere 1 and Sphere 2 having net negative charge.
D. insulation
36. Two metal spheres, Sphere 1 and 2, are resting on an insulated table. Sphere 2 has a net
negative charge whlle Sphere 1 Is neutral.
2
1
2
If a neutral metal rod is placed so that it touches the two spheres, what will happen?
Positive charges move from Sphere 1 onto Sphere 2 through the rod, resulting in Sphere 1 and Sphere 2
both having a net negative charge.
B. Positive charges move from Sphere 2 onto Sphere 1 through the rod, resulting in Sphere 1 and Sphere 2
both having a net negative charge.
A.
C. Negative charges move from Sphere 1 onto Sphere 2 through tle rod, resulting in both Sphere 1 and
Sphere 2 having a net negative charge.
D. Negative charges move from Sphere 2 onto Sphere 1 through the rod, resulting in both Sphere 1 and
Sphere 2 having net negative charge.
Chp
DII
&
#
$4
6.
4
y
e
d
b
C
3.
0.0
Transcribed Image Text:D. insulation 36. Two metal spheres, Sphere 1 and 2, are resting on an insulated table. Sphere 2 has a net negative charge whlle Sphere 1 Is neutral. 2 1 2 If a neutral metal rod is placed so that it touches the two spheres, what will happen? Positive charges move from Sphere 1 onto Sphere 2 through the rod, resulting in Sphere 1 and Sphere 2 both having a net negative charge. B. Positive charges move from Sphere 2 onto Sphere 1 through the rod, resulting in Sphere 1 and Sphere 2 both having a net negative charge. A. C. Negative charges move from Sphere 1 onto Sphere 2 through tle rod, resulting in both Sphere 1 and Sphere 2 having a net negative charge. D. Negative charges move from Sphere 2 onto Sphere 1 through the rod, resulting in both Sphere 1 and Sphere 2 having net negative charge. Chp DII & # $4 6. 4 y e d b C 3. 0.0
A charged rod is brought near to the knob of an uncharged electroscope. The leaves
of the electroscope move apart. This is called charging by
35.
A friction
B. induction
C. conduction
D. insulation
Transcribed Image Text:A charged rod is brought near to the knob of an uncharged electroscope. The leaves of the electroscope move apart. This is called charging by 35. A friction B. induction C. conduction D. insulation
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