when a conductor is placed between the two terminals current flows and the bulb lights up +- plugged...

30

Upload: cameron-gomez

Post on 27-Mar-2015

217 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt
Page 2: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt

When a conductor isplaced betweenthe two terminalscurrent flows and the bulblights up

+ -Plugged intoa wall outlet.

filament

Two terminals

100 watt bulb

Page 3: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt

A 15 watt bulb

Page 4: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt
Page 5: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt
Page 6: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt

METALS

NONMETALS

Page 7: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt

Properties of metals

1. they allow electrons to easily movethrough them so they conduct electricity and heat2. they are malleable and ductile3. they are lustrous

Page 8: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt
Page 9: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt
Page 10: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt
Page 11: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt
Page 12: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt
Page 13: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt
Page 14: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt

++++

+ +

+

+

+

++ +

+

+

+

++

++

+ +

+

+

+

+

+

+-

- - --

--

--

-

--

---

-

-

- -

--

-

-

-

-

AgCl

Page 15: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt

Ionic NaCl

Page 16: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt

Ionic AgCl

Page 17: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt
Page 18: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt
Page 19: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt

Sugar is molecular

C12H22O11

Page 20: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt
Page 21: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt

Distilled water

H2O

Page 22: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt

Why does tapwater conducta little?

Page 23: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt

One conducts but the other doesn’t!Which one conducts in water?

Page 24: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt

Click here for next page. Salt or Sugar?

Page 25: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt

Click here for next page Salt or Sugar?

Page 26: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt
Page 27: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt
Page 28: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt

Click here for next page

What happens if we melt AgCl?

Page 29: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt

Charges would have to be separatedand be made free to move.

Page 30: When a conductor is placed between the two terminals current flows and the bulb lights up +- Plugged into a wall outlet. filament Two terminals 100 watt

Can show by charging up a van der graaf generator and discharging with a flame or a very high voltage…both ionizethe air.