Match the vocab with their definitions

a charge imbalance that results in the build up of excess electric charge on an object.

area surrounding charged particles/objects within which a force can be exerted on other charged particles/objects.

tool used to detect the presence and magnitude of an electric charge.

the sudden flow of electric charge between two charged objects, due to a build up of static electricity.

process of removing excess charge on an object by transferring e- to another object to neutralize the electrical imbalance.

Match the vocab with their definitions

materials that allow e- to flow easily; readily conduct electric charge.

materials that block the flow of e- through them.

transfer of electrons through direct contact between objects.

transfer of electrons through rubbing objects

transfer of electrons through electric fields working over a distance.

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the net movement of electric charge in a single direction.

the push (force) that causes charge to move.

the tendency of a material to oppose the flow of electrons through it.

the amount of current is directly proportional to the voltage difference.

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piece of metal that bends when overheated to open the circuit and prevent current from flowing.

small piece of metal within that melts when overheated to open the circuit and prevent current from flowing.

a closed path an electric current flows through.

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property of some materials that allows them to give off an attractive or repulsive force.

a material that gives off an external magnetic field, making it possible to apply a force over a distance.

external force given off by a magnet; strongest at the poles.

Match the vocab with their definitions

phenomenon where objects placed in a strong magnetic field become magnetized due to the poles within their atoms aligning (all e- in same direction).

temporary magnet made by placing a piece of iron inside a current carrying coil of wire.

device that uses an electromagnet to convert electrical energy into mechanical energy.

device that uses an electromagnet to convert mechanical energy into electrical energy.

Which of the following are true about magnetic fields

Moving electric charge ( current ) can produce a magnetic field .

The magnetic field generates in counterclockwise circles around the direction of the moving e-.

The stronger the current , the stronger the magnetic field that can be produced.

The weaker the current , the stronger the magnetic field that can be produced.

Categorize the following as series or parallel

– All components must work at same time.

– More items increases the overall resistance.

Voltage decreases as it travels through the

Can use one component at a time.

More items decreases the resistance.

Electricity and Magnetism Test Review Quizizz

Authored by Mary-Kate Determann

Physics

11th Grade

NGSS covered

Electricity and Magnetism Test Review Quizizz

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28 questions

Show all answers

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

What type of electric charge transfer is lightning?

Static electricity

Static discharge

chemical

mechanical

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

How does a battery work

converts chemical energy into electrical

converts electrical energy into chemical

it provides resistance

protons flow out of it

Tags

NGSS.HS-PS3-1

NGSS.HS-PS3-2

MULTIPLE SELECT QUESTION

45 sec • 1 pt

Ho do you increase the strength of an electromagnet?

add more loops

add voltage (aka add a battery)

remove loops

remove voltage (aka remove a battery)

Tags

NGSS.HS-PS2-5

MULTIPLE SELECT QUESTION

45 sec • 1 pt

Ho do you decrease the strength of an electromagnet?

add more loops

add voltage (aka add a battery)

remove loops

remove voltage (aka remove a battery)

Tags

NGSS.HS-PS2-5

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

What is a benefit of electromagnets that regular magnets cannot do?

they can be turned on and off

they can attract metal objects

they repel metal objects

they can be broken into separate poles (north and south)

Tags

NGSS.HS-PS2-5

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

If V=IR; which circuit below contains the greatest voltage?

A circuit with a current of 20 amps and a resistance of 16 ohms

A circuit with a current of 2 amps and a resistance of 16 ohms

A circuit with a current of 20 amps and a resistance of 6 ohms

A circuit with a current of 25 amps and a resistance of 20 ohms

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Alexandra was preparing to go on a hike in the woods. She gathered the equipment she would need and placed it on the kitchen counter. By chance, she placed her compass near an electrical outlet. Although the compass was not moving, the compass needle turned because .

the electric current in the outlet produced a magnetic field

the compass could only be used outdoors

the kitchen counter was made of a magnetic substance

the kitchen had a microwave oven

Tags

NGSS.HS-PS2-5

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Electricity and Magnetism Test Review Quizizz

What type of electric charge transfer is lightning?

How does a battery work

Ho do you increase the strength of an electromagnet?

Ho do you decrease the strength of an electromagnet?

What is a benefit of electromagnets that regular magnets cannot do?

If V=IR; which circuit below contains the greatest voltage?

Alexandra was preparing to go on a hike in the woods. She gathered the equipment she would need and placed it on the kitchen counter. By chance, she placed her compass near an electrical outlet. Although the compass was not moving, the compass needle turned because .

In a closed circuit containing one resistor and a battery, if the voltage in the battery increases, what happens to the current?

In a closed circuit containing one resistor and a battery, if the voltage in the battery increases, what happens to the resistance?

In a closed circuit containing one resistor and a battery, if the resistance in the battery increases, what happens to the current?

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