LI: To understand the particle composition of solids and ... · 1. Draw a particle diagram for...

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LI: To understand the particle composition of solids and liquids (Lesson 1)

Transcript of LI: To understand the particle composition of solids and ... · 1. Draw a particle diagram for...

Page 1: LI: To understand the particle composition of solids and ... · 1. Draw a particle diagram for solids, liquids and gases with an example next to it 2.Use the key vocabulary box to

LI: To understand the particle composition of solids and liquids

(Lesson 1)

Page 2: LI: To understand the particle composition of solids and ... · 1. Draw a particle diagram for solids, liquids and gases with an example next to it 2.Use the key vocabulary box to

LI: To understand the particle composition of solids and liquids

Page 3: LI: To understand the particle composition of solids and ... · 1. Draw a particle diagram for solids, liquids and gases with an example next to it 2.Use the key vocabulary box to

LI: To understand the particle composition of solids and liquids

Page 4: LI: To understand the particle composition of solids and ... · 1. Draw a particle diagram for solids, liquids and gases with an example next to it 2.Use the key vocabulary box to

LI: To understand the particle composition of solids and liquids

Page 5: LI: To understand the particle composition of solids and ... · 1. Draw a particle diagram for solids, liquids and gases with an example next to it 2.Use the key vocabulary box to

We can explain the differences between solids, liquids and gases by knowing what they are made of.

Scientists have found out that all materials are made of very tiny particles. These particles are so small that we cannot see them with our eyes, or even with a microscope!

The position and behaviour ofthe particles is different insolids, liquids and gases.

https://www.bbc.co.uk/bitesize/clips/zpbvr82

Follow this link to see a video

LI: To understand the particle composition of solids and liquids

Page 6: LI: To understand the particle composition of solids and ... · 1. Draw a particle diagram for solids, liquids and gases with an example next to it 2.Use the key vocabulary box to

LI: To identify properties of agas (What makes pop fizzy?)

(Lesson 2)

Page 7: LI: To understand the particle composition of solids and ... · 1. Draw a particle diagram for solids, liquids and gases with an example next to it 2.Use the key vocabulary box to

SPOTTING STATES OF MATTER

While you arewatching, see which materialsyou can spot,and which states of matterthey are.

Share yourideas with the rest of the class.

Watch the video here

https://www.bbc.co.uk/bitesize/clips/zrdkjxs

Page 8: LI: To understand the particle composition of solids and ... · 1. Draw a particle diagram for solids, liquids and gases with an example next to it 2.Use the key vocabulary box to

Which states of mattercan you identify onthis bottle of lemonade?

Think carefully about the materials that make up the bottle.

Page 9: LI: To understand the particle composition of solids and ... · 1. Draw a particle diagram for solids, liquids and gases with an example next to it 2.Use the key vocabulary box to
Page 10: LI: To understand the particle composition of solids and ... · 1. Draw a particle diagram for solids, liquids and gases with an example next to it 2.Use the key vocabulary box to

WHAT ARE THE BUBBLES OF FIZZ MADE OF?

HTTP://WWW.BBC.CO.UK/EDUCATION/CLIPS/ZCBYGK7

Page 11: LI: To understand the particle composition of solids and ... · 1. Draw a particle diagram for solids, liquids and gases with an example next to it 2.Use the key vocabulary box to

GASES

Materials in a gaseous state can spread out tocompletely fill the container or room they are in.

Gases have weight.

Gases can be squashed.

Gases do not keep their shape.

Page 12: LI: To understand the particle composition of solids and ... · 1. Draw a particle diagram for solids, liquids and gases with an example next to it 2.Use the key vocabulary box to

Carbon dioxide is a gas that is all around us. It makes up only about 0.04% of the Earth’s atmosphere, but it can be very useful.

Some fire extinguishers use carbondioxide to cool flame and to stop oxygen getting to the fire.

Carbon dioxide freezes at -78°C, and it becomes a solid called dry ice. It is used to transport food that needs to be keptcool and fresh, such as on aeroplanesand trains.

And as you have heard, carbon dioxide is dissolved in water to create fizzy drinks.

Page 13: LI: To understand the particle composition of solids and ... · 1. Draw a particle diagram for solids, liquids and gases with an example next to it 2.Use the key vocabulary box to

Using the key vocabulary and diagrams below, look for a solid and a liquid in your house and then do the following:

1. Draw a particle diagram for solids, liquids and gases with an example next to it2. Use the key vocabulary box to write a sentence for each, describing their particle

composition.3. Write the properties that each state of matter has next to the particle diagram.

Key Words: Solid, liquid, particles, state, material, properties, arranged, packed.

The particles in a solid are …

The particles within a liquid …

In a gas, the particles are …

Activity 1 – Particles and their properties

Page 14: LI: To understand the particle composition of solids and ... · 1. Draw a particle diagram for solids, liquids and gases with an example next to it 2.Use the key vocabulary box to

ACTIVITY 2 - STATES OF MATTER QUIZ

Answer these questions about states of matter:

1. Which state of matter has more closely packed particles?

2.Is sugar a solid, liquid or gas? Why?

3.True or false: A solid expands to fill its container.

4.Can solids be cut or squashed?

5.What is solid water called?

6.True or false: Liquids cannot change their shape.

7.Which states of matter would you find in a fizzy drink?

8.What is water called when it is in a gaseous state?

9.How are the particles arrange in a gas?

10. Can a gas be poured from one container to another?