Case 1. When brought near a highly negative Case 2. When brought near a highly positive material material A is brought very near 8 but not touching it. A is brought very neor 8 but not touching it ++++ What happens next? What happens next? ymbol for grounding What will happen to the charges in material A after it is connected to the ground or finger? Hint: Check on the direction of the arrow. (Draw the figure in the next step). What will happen to the charges in material A after it is connected to the ground or finger? Hint: Check on the direction of the arrow. (Draw the figure in the next step). When B is removed, A becomes (positively, negatively) charged When B is removed, A becomes since it electrons. (loses, gains) (positively, negatively) charged _ (loses, gains) since it
Case 1. When brought near a highly negative Case 2. When brought near a highly positive material material A is brought very near 8 but not touching it. A is brought very neor 8 but not touching it ++++ What happens next? What happens next? ymbol for grounding What will happen to the charges in material A after it is connected to the ground or finger? Hint: Check on the direction of the arrow. (Draw the figure in the next step). What will happen to the charges in material A after it is connected to the ground or finger? Hint: Check on the direction of the arrow. (Draw the figure in the next step). When B is removed, A becomes (positively, negatively) charged When B is removed, A becomes since it electrons. (loses, gains) (positively, negatively) charged _ (loses, gains) since it
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Answer the activity by observing what happens in the diagrams below. Complete the generalization on the difference of charging by conduction and induction at the end of the activity.
![Charging by Induction
Case 1. When brought near a highly negative
material
Case 2. When brought near a highly
positive material
Ais brought very near B but not touching it.
A is brought very neor 8 but not touching it.
What happens next?
What happens next?
symbol for grounding
What will happen to the charges in material A
after it is connected to the ground or finger?
Hint: Check on the direction of the arrow.
What will happen to the charges in
material A after it is connected to the
ground or finger? Hint: Check on the
direction of the arrow. (Draw the figure in
the next step).
(Draw the figure in the next step).
When B is removed, A becomes
(positively, negatively) charged When B is removed, A becomes
since it
electrons.
(positively, negatively) charged
(loses, gains)
(loses, gains)
since it
electrons.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc2e18be1-3943-422d-9687-47470837b770%2F6039024c-9eb9-4af7-adbf-ea845db52ac8%2F1vopln_processed.png&w=3840&q=75)
Transcribed Image Text:Charging by Induction
Case 1. When brought near a highly negative
material
Case 2. When brought near a highly
positive material
Ais brought very near B but not touching it.
A is brought very neor 8 but not touching it.
What happens next?
What happens next?
symbol for grounding
What will happen to the charges in material A
after it is connected to the ground or finger?
Hint: Check on the direction of the arrow.
What will happen to the charges in
material A after it is connected to the
ground or finger? Hint: Check on the
direction of the arrow. (Draw the figure in
the next step).
(Draw the figure in the next step).
When B is removed, A becomes
(positively, negatively) charged When B is removed, A becomes
since it
electrons.
(positively, negatively) charged
(loses, gains)
(loses, gains)
since it
electrons.
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