PS - States of Matter Lab - Ruth Hanson | Biblioteka

1

Vibrating in place
Moving freely over and around each other
Move in all directions freely

Solid
Liquid
Gas

1

What causes a gas to become a plasma?

Mixing the gas with a liquid

Cooling a gas to below freezing

Heating a gas to a very high temperature

Compressing the gas into a solid

1

Drugi mogući odgovor:

nucleus

electrons

container

molecules

protons

2

List two places where substances that are in the plasma state can be found.

1

What will happen to the molecules of a substance as you add thermal energy (heat)?

Open the States of Matter: Basics PhET using this link. This link will open the simulation in a new window.

Once the simulation opens, select "States"

Or, you can use use the simulation embedded below.z

1

Use the menu on the right side of the program to select Water and Solid. Submit a screenshot of the substance.

1

How do the particles move in the solid?

1

Use the menu on the right side of the program to select Water and liquid. Submit a screenshot of the substance.

1

How do the particles move in the liquid?

1

Use the menu on the right side of the program to select Water and gas. Submit a screenshot of the substance.

1

How do the particles move in the gas?

2

Now go back to solid water.
Use the slider under the container to add heat. Gradually add heat to the water until it becomes a liquid then a gas.
Describe what you observe as you add heat.

2

Now bring the slider down toward "cool" to remove heat. Continue cooling until the water is in the solid form.
Describe what you observe as you remove heat.

6

Now look up the melting point and boiling point of the substance you chose. (You can use Google)

1

How close did you get to the actual numbers?

6

Drugi mogući odgovor:

liquid

solid

gas

PS - States of Matter Lab

PS - States of Matter Lab

What causes a gas to become a plasma?

List two places where substances that are in the plasma state can be found.

What will happen to the molecules of a substance as you add thermal energy (heat)?

Open the States of Matter: Basics PhET using this link. This link will open the simulation in a new window.

Once the simulation opens, select "States"

Or, you can use use the simulation embedded below.z

Use the menu on the right side of the program to select Water and Solid. Submit a screenshot of the substance.

How do the particles move in the solid?

Use the menu on the right side of the program to select Water and liquid. Submit a screenshot of the substance.

How do the particles move in the liquid?

Use the menu on the right side of the program to select Water and gas. Submit a screenshot of the substance.

How do the particles move in the gas?

Now go back to solid water.Use the slider under the container to add heat. Gradually add heat to the water until it becomes a liquid then a gas. Describe what you observe as you add heat.

Now bring the slider down toward "cool" to remove heat. Continue cooling until the water is in the solid form. Describe what you observe as you remove heat.

Now look up the melting point and boiling point of the substance you chose. (You can use Google)

How close did you get to the actual numbers?

What causes a gas to become a plasma?

List two places where substances that are in the plasma state can be found.

What will happen to the molecules of a substance as you add thermal energy (heat)?

Open the States of Matter: Basics PhET using this link. This link will open the simulation in a new window.

Once the simulation opens, select "States"

Or, you can use use the simulation embedded below.z

Use the menu on the right side of the program to select Water and Solid. Submit a screenshot of the substance.

How do the particles move in the solid?

Use the menu on the right side of the program to select Water and liquid. Submit a screenshot of the substance.

How do the particles move in the liquid?

Use the menu on the right side of the program to select Water and gas. Submit a screenshot of the substance.

How do the particles move in the gas?

Now go back to solid water.Use the slider under the container to add heat. Gradually add heat to the water until it becomes a liquid then a gas. Describe what you observe as you add heat.

Now bring the slider down toward "cool" to remove heat. Continue cooling until the water is in the solid form. Describe what you observe as you remove heat.

Now look up the melting point and boiling point of the substance you chose. (You can use Google)

How close did you get to the actual numbers?

Now go back to solid water.
Use the slider under the container to add heat. Gradually add heat to the water until it becomes a liquid then a gas.
Describe what you observe as you add heat.

Now bring the slider down toward "cool" to remove heat. Continue cooling until the water is in the solid form.
Describe what you observe as you remove heat.

Now go back to solid water.
Use the slider under the container to add heat. Gradually add heat to the water until it becomes a liquid then a gas.
Describe what you observe as you add heat.

Now bring the slider down toward "cool" to remove heat. Continue cooling until the water is in the solid form.
Describe what you observe as you remove heat.