Electric Charge and Forces Quiz

What is the definition of "Charged object"?

• A directional flow of electrical charge through an object or medium

• The tendency to pull other objects toward it

• The tendency to push other objects away from it

• Matter with a surplus or deficiency of electrons

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What is the tendency to pull other objects toward it called?

• Magnitude

• Attraction

• Repulsive

• Current

• Charged object

Tags

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What is the tendency to push other objects away from it called?

• Magnitude

• Attraction

• Repulsive

• Current

• Charged object

When the currents of two electromagnets are increased, what happens to the size of the force?

• Decreases

• Increases

• Stays the same

• Reverses

Tags

NGSS.MS-PS2-3

What are the four things that are dependent on the size of an electromagnetic force?

• Distance, magnetic strength, current size, and force type

• Temperature, color, shape, and size

• Speed, direction, weight, and height

• Volume, density, pressure, and time

Tags

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The continuous directional flow of electric charges through a material is...

• electric charge

• electric current

• electric force

• conductor

What term refers to an object that has no charge?

• positive

• negative

• electron

• neutral

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This table shows the magnitude of electromagnetic force exerted by two electromagnets on each other as the distance between the two electromagnets is varied.

(See Attached Diagram)

The data on the table provide evidence for which of the following conclusions?

• The force between any two magnets is always constant, regardless of distance.

• As distance between electromagnets increases, the electromagnetic force also increases.

• The smaller the distance between two electromagnets, the greater the force.

• The force between two magnets depends only on the charge of the electromagnets.

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How can the strength of an electromagnet increase?

• Remove the core, leaving only the coils of wire.

• Add more loops (coils) of wire around the core.

• Remove the battery.

• Remove loops (coils) of wire from around the core.

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What will happen as an electron (-) gets closer to a proton (+)?

• The attraction will be stronger.

• The repulsion will be stronger.

• The attraction will be weaker.

• Nothing will happen to the electric field.

Tags

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