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.
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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