What three minerals are attracted to a magnet?
CHECK ALL THAT APPLY.

1

What is it about these minerals that make the Earth one big magnet?

Because gravity pulls us to the Earth, that's how we know the Earth is a magnet.

Earth is filled with minerals that make it like a magnet.

Earth is not like a magnet at all.

Earth is like the magnets you put on your refrigerator.

1

Magnetism is made up of moving electrons. Where do these moving electrons come from when making an electromagnet?

a battery

a coil

a weight

none of the above

1

What is it that makes a magnet different from a piece of iron that is not magnetic?

The electrons in iron are spinning in all different directions, and the electrons in a magnet are spinning in all different directions.

The electrons in iron are spinning in all different directions, while the electrons in a magnet are lined up in the same direction.

The electrons in iron are lined up in the same direction, and the electrons in a magnet are lined up in the same direction.

1

What makes magnetic objects different from non-magnetic objects?

Magnetic force flows from the north to the sides.

Electrons spin in different, random directions.

Electrons are all aligned in the same direction.

Magnetic force flows from the south to the sides.

1

Just like the N and S poles on bar magnets, electrons and protons _______ each other.

push apart

attract

repel

repulse

1

When an electric current flows through a wire, a magnetic field is created. To increase the power of the magnetic field, _______ .

increase the number of coils in the wire

remove all coils from the wire

decrease the number of coils in the wire

keep the same number of coils in the wire

Electromagnetic conduction involves creating an electric current using magnets and a coil of wire.

Watch this video titled "Electromagnetic Induction - 3D Animation."

0

What is created when North and South magnetic poles are placed close to each other?

1

What do you think the blue circles going around the wire represent?

protons

neutrons

electrons

nothing

0

Do you think you would get the same outcome if you put the two North poles together? Explain.

Explore magnets by dragging objects to the line and clicking play. Observe what happens with the magnets and different objects.

Next, click on the tab that says, "Magnetic Field Lines." Drag an object or objects to the line, click "sprinkle fillings", then "tap table." What do you observe?

0

How do the magnets interact with each of the materials?

0

How do the magnets interact with each other?

0

How do the fillings interact with the magnets or other objects?

1

Put the items into the TRUE or FALSE category.

Magnets are found naturally in the Earth.
Increasing the number of coils in an electromagnet will increase the power of the magnet.
The north poles of two different magnets will attract each other.
Opposite poles of magnets attract, and similar poles repel each other.
The coils in an electromagnet make very little impact on the strength of the magnetic force..
Iron, nickel, and cobalt can all be made to be magnetic
Most magnets are made from 100% aluminum
Magnetic forces can be seen with the naked eye.

TRUE Statements
FALSE Statements

0

You can use Google to find and upload images of bar magnets. Then, use different colors to draw different illustrations. Don't forget to include labels.
1. Show how the poles in bar magnets interact with each other.

0

You can use Google to find and upload images of the objects needed. Then, use different colors to draw different illustrations. Don't forget to include labels.
2. Demonstrate how to create a magnet using a battery, copper wire, and iron nail, and magnetic objects. Label the energy types occuring.

0

Explain how the North and South poles of two different bar magnets interact with each other.

0

How do the coils impact the strength of the magnetic field in an electromagnet?

1

How will these magnets interact?

The magnets will repel.

The magnets will do nothing.

The magnets will spark.

The magnets will attract.

1

How will these magnets interact?

The magnets will spark.

The magnets will repel.

The magnets will attract.

The magnets will do nothing.

1

What is represented by the lines surrounding the magnet?

Electricity

Chemical Energy

Potential Energy

Electromagnetic Waves

1

Type the answer for number 4.
Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

1

Type the answer for number 5.
Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

1

Type the answer for number 6.
Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

1

Type the answer for number 7.
Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

1

Type the answer for number 8.
Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

Electricity and Magnetism

Electromagnetic conduction involves creating an electric current using magnets and a coil of wire.

Watch this video titled "Electromagnetic Induction - 3D Animation."

Explore magnets by dragging objects to the line and clicking play. Observe what happens with the magnets and different objects.

Next, click on the tab that says, "Magnetic Field Lines." Drag an object or objects to the line, click "sprinkle fillings", then "tap table." What do you observe?

Electricity and Magnetism

What three minerals are attracted to a magnet?CHECK ALL THAT APPLY.

What three minerals are attracted to a magnet?

CHECK ALL THAT APPLY.

What is it about these minerals that make the Earth one big magnet?

What is it about these minerals that make the Earth one big magnet?

Magnetism is made up of moving electrons. Where do these moving electrons come from when making an electromagnet?

Magnetism is made up of moving electrons. Where do these moving electrons come from when making an electromagnet?

What is it that makes a magnet different from a piece of iron that is not magnetic?

What makes magnetic objects different from non-magnetic objects?

What makes magnetic objects different from non-magnetic objects?

Just like the N and S poles on bar magnets, electrons and protons _______ each other.

Just like the N and S poles on bar magnets, electrons and protons _______ each other.

When an electric current flows through a wire, a magnetic field is created. To increase the power of the magnetic field, _______ .

Electromagnetic conduction involves creating an electric current using magnets and a coil of wire.

Watch this video titled "Electromagnetic Induction - 3D Animation."

What is created when North and South magnetic poles are placed close to each other?

What do you think the blue circles going around the wire represent?

Do you think you would get the same outcome if you put the two North poles together? Explain.

Explore magnets by dragging objects to the line and clicking play. Observe what happens with the magnets and different objects.

Next, click on the tab that says, "Magnetic Field Lines." Drag an object or objects to the line, click "sprinkle fillings", then "tap table." What do you observe?

How do the magnets interact with each of the materials?

How do the magnets interact with each of the materials?

How do the magnets interact with each other?

How do the magnets interact with each other?

How do the fillings interact with the magnets or other objects?

Put the items into the TRUE or FALSE category.

Put the items into the TRUE or FALSE category.

TRUE Statements

FALSE Statements

You can use Google to find and upload images of bar magnets. Then, use different colors to draw different illustrations. Don't forget to include labels.1. Show how the poles in bar magnets interact with each other.

You can use Google to find and upload images of the objects needed. Then, use different colors to draw different illustrations. Don't forget to include labels.2. Demonstrate how to create a magnet using a battery, copper wire, and iron nail, and magnetic objects. Label the energy types occuring.

Explain how the North and South poles of two different bar magnets interact with each other.

How do the coils impact the strength of the magnetic field in an electromagnet?

How will these magnets interact?

How will these magnets interact?

How will these magnets interact?

How will these magnets interact?

What is represented by the lines surrounding the magnet?

What is represented by the lines surrounding the magnet?

Type the answer for number 4.Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

Type the answer for number 5.Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

Type the answer for number 6.Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

Type the answer for number 7.Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

Type the answer for number 8.Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

What three minerals are attracted to a magnet?CHECK ALL THAT APPLY.

What three minerals are attracted to a magnet?

CHECK ALL THAT APPLY.

What is it about these minerals that make the Earth one big magnet?

What is it about these minerals that make the Earth one big magnet?

Magnetism is made up of moving electrons. Where do these moving electrons come from when making an electromagnet?

Magnetism is made up of moving electrons. Where do these moving electrons come from when making an electromagnet?

What is it that makes a magnet different from a piece of iron that is not magnetic?

What makes magnetic objects different from non-magnetic objects?

What makes magnetic objects different from non-magnetic objects?

Just like the N and S poles on bar magnets, electrons and protons _______ each other.

Just like the N and S poles on bar magnets, electrons and protons _______ each other.

When an electric current flows through a wire, a magnetic field is created. To increase the power of the magnetic field, _______ .

What is created when North and South magnetic poles are placed close to each other?

What do you think the blue circles going around the wire represent?

Do you think you would get the same outcome if you put the two North poles together? Explain.

How do the magnets interact with each of the materials?

How do the magnets interact with each of the materials?

How do the magnets interact with each other?

How do the magnets interact with each other?

How do the fillings interact with the magnets or other objects?

Put the items into the TRUE or FALSE category.

Put the items into the TRUE or FALSE category.

TRUE Statements

FALSE Statements

You can use Google to find and upload images of bar magnets. Then, use different colors to draw different illustrations. Don't forget to include labels.1. Show how the poles in bar magnets interact with each other.

You can use Google to find and upload images of the objects needed. Then, use different colors to draw different illustrations. Don't forget to include labels.2. Demonstrate how to create a magnet using a battery, copper wire, and iron nail, and magnetic objects. Label the energy types occuring.

Explain how the North and South poles of two different bar magnets interact with each other.

How do the coils impact the strength of the magnetic field in an electromagnet?

How will these magnets interact?

What three minerals are attracted to a magnet?
CHECK ALL THAT APPLY.

You can use Google to find and upload images of bar magnets. Then, use different colors to draw different illustrations. Don't forget to include labels.
1. Show how the poles in bar magnets interact with each other.

You can use Google to find and upload images of the objects needed. Then, use different colors to draw different illustrations. Don't forget to include labels.
2. Demonstrate how to create a magnet using a battery, copper wire, and iron nail, and magnetic objects. Label the energy types occuring.

Type the answer for number 4.
Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

Type the answer for number 5.
Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

Type the answer for number 6.
Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

Type the answer for number 7.
Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

Type the answer for number 8.
Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

What three minerals are attracted to a magnet?
CHECK ALL THAT APPLY.

You can use Google to find and upload images of bar magnets. Then, use different colors to draw different illustrations. Don't forget to include labels.
1. Show how the poles in bar magnets interact with each other.

You can use Google to find and upload images of the objects needed. Then, use different colors to draw different illustrations. Don't forget to include labels.
2. Demonstrate how to create a magnet using a battery, copper wire, and iron nail, and magnetic objects. Label the energy types occuring.

Type the answer for number 4.
Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

Type the answer for number 5.
Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

Type the answer for number 6.
Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

Type the answer for number 7.
Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel

Type the answer for number 8.
Word Bank: attract, conduction, electric force, electromagnetism, friction, induction, like charges, magnetism, opposite charges, repel