ELECTRICITY!

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ELECTRICITY! PART 1 – ELECTRIC CHARGE AND STATIC ELECTRICITY

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ELECTRICITY!. PART 1 – ELECTRIC CHARGE AND STATIC ELECTRICITY. WE KNOW THE FOLLOWING :. THE CHARGE ON A PROTON IS (+) THE CHARGE ON AN ELECTRON IS (–) CHARGES THAT ARE THE SAME REPEL CHARGES THAT ARE DIFFERENT ATTRACT THE FORCE BETWEEN CHARGED OBJECTS IS CALLED AN ELECTRIC FORCE. - PowerPoint PPT Presentation

Transcript of ELECTRICITY!

Page 1: ELECTRICITY!

ELECTRICITY!

PART 1 – ELECTRIC CHARGE AND

STATIC ELECTRICITY

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WE KNOW THE FOLLOWING:• THE CHARGE ON A PROTON IS (+)• THE CHARGE ON AN ELECTRON IS (–)• CHARGES THAT ARE THE SAME REPEL • CHARGES THAT ARE DIFFERENT ATTRACT• THE FORCE BETWEEN CHARGED OBJECTS

IS CALLED AN ELECTRIC FORCE

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AN ELECTRIC FIELD is a region around a charged object where an electric force is exerted on other

charged objects.

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We also know that the buildup of charges on an object is called

STATIC ELECTRICITY

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There are four ways that a static charge can build up:

1. Friction 2. Conduction3. Induction 4. Polarization

Remember! Friction – Objects rubbed together.Conduction – The objects touchInduction – The objects do not touch

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Static Discharge refers to the loss of static electricity as electric charges transfer from one object to another. Static discharge often produces a spark!

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Lightening bolts form when negative charges at the bottom of clouds build up and the Earth’s surface becomes

positively charged.

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Electrons jump between the clouds and Earth’s surface, producing a

giant spark of lightening.

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Man struck by lightening?

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Man struck by lightening…