5. What happens? 6. Move his finger away again and build up another charge 7. When Travolta's finger is near the door knob, what happens to the electrons currently in the metal door knob? 8. This 9. Why are shocks worse when you touch conductors rather than insulators? a local charge in the door knob. 10. If you take your hat off on a dry winter day, sometimes your hair will stand up. Explain this phenomenon.
5. What happens? 6. Move his finger away again and build up another charge 7. When Travolta's finger is near the door knob, what happens to the electrons currently in the metal door knob? 8. This 9. Why are shocks worse when you touch conductors rather than insulators? a local charge in the door knob. 10. If you take your hat off on a dry winter day, sometimes your hair will stand up. Explain this phenomenon.
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Question
B8
Transcribed Image Text:3. Experiment with rubbing Travolta's foot against the carpet and touching his finger to the
door handle.
4. Now try building up charge while his finger is on the door.
5. What happens?
6. Move his finger away again and build up another charge
7. When Travolta's finger is near the door knob, what happens to the electrons currently in
the metal door knob?
8. This
9. Why are shocks worse when you touch conductors rather than insulators?
a local
charge in the door knob.
10. If you take your hat off on a dry winter day, sometimes your hair will stand up. Explain
this phenomenon.
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