EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG...

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EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y

Transcript of EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG...

Page 1: EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y EMAG JEOPARD Y.

EMAG

JEOPARDY

EMAG

JEOPARDY

EMAG

JEOPARDY

EMAG

JEOPARDY

EMAG

JEOPARDY

EMAG

JEOPARDY

EMAG

JEOPARDY

EMAG

JEOPARDY

EMAG

JEOPARDY

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$100 $100 $100 $100 $100

$200 $200 $200 $200 $200

$300 $300 $300 $300 $300

$400 $400 $400 $400 $400

$500 $500 $500 $500 $500

Charge Me Up

So Shocking

ElectrickeryMagnetize

This!!!Wildcard

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Charge Me

Up

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So

Shocking

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Electrickery

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Magnetize

This!!!

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Wildcard

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$100 $100 $100 $100 $100

$200 $200 $200 $200 $200

$300 $300 $300 $300 $300

$400 $400 $400 $400 $400

$500 $500 $500 $500 $500

Charge Me Up

So Shocking

ElectrickeryMagnetize

This!!!Wildcard

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This is what a positively charged

object will do to another positively charged object.

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What is

“repel”?

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This is how the charges of an

electron and proton compare.

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What are “equal and opposite”?

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These two things determine the

strength of the force between two

charged objects.

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What are “the size of the charges and the distance between

them”?

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This is a diagram of an object that has been polarized.

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What is - - - - - -

+ + + + + +

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This type of charging involves two object the

come in contact and end up with opposite

charges.

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What is “charging by

friction”?

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T

This is what charging by non-contact is

called.

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What is “charging by induction”?

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Charge does not flow freely through these

materials.

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What are “insulators”?

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This type of charging occurs between

objects that come in physical contact and then both have the

same charge.

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What is “charging by

contact”?

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These materials share properties of both conductors and

insulators.

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What are “metalloids”?

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This is a diagram the demonstrates how two

uncharged Electrophorus devices can be charged by induction with a positively charged Electrophorus.

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What is + - + + + - - +

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This is where all electricity wants to

flow.

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T

What is “the ground”?

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These are the units of potential difference.

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What are “volts”?

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This type of device converts kinetic

energy to electrical energy.

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What is a “generator”?

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This type of current is more practical for smaller electronic

devices.

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What is “direct current (DC)”?

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This is the relationship between current and

resistance for a circuit.

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What is an “inverse relationship”?

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All magnets must have two of these.

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What are “poles”?

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This is the region around a magnet

where its effects may be felt.

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What is the “magnetic field”?

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This is the type of magnet that has domains that

align and un-align in the presence of an external

magnetic field.

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What is a “temporary magnet”?

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These are two ways to strengthen an electromagnet.

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What are “increasing the number of current carrying

coils and increase the current traveling through

the coils”?

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This is the field line pattern created when the

unlike poles of two different bar magnets are

brought near but not in contact with each other.

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What is

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This device converts chemical energy into

electrical energy.

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What is a “battery or a cell”?

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This is the relationship between potential

difference and current for a circuit.

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What is a “direct relationship”?

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This is a diagram of two bulbs connected in series to a battery.

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What is

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This device is made of a conductor attached to an insulator. The insulator

serves as a handle so that you can pick up the device

without touching the conductor. This device is

called ...

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What is “an electrophorus”?

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This was the name given to naturally

occurring magnetic stones that were

used for early navigation.

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What are “leadstones or lodestones”?

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Daily Double!

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This type of device converts kinetic

energy to electrical energy.

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What is a “generator”?

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Final Jeopardy

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The electrical company

charges $0.25 for every

kilowatt-hour of electricity your

household uses. This is the

monthly cost of your 300 watt

hairdryer, if it is used on

average, 20 hours a month.

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What is $1.50?