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Difference between revisions of "State of Matter"

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'''State of matter''' means whether a [[material]] is [[solid]], [[liquid]] or [[gas]].
 
'''State of matter''' means whether a [[material]] is [[solid]], [[liquid]] or [[gas]].
 
===About States of Matter===
 
===About States of Matter===
: [[Material|Materials]] can be solid, liquid or gas.
+
: [[Material|Materials]] can be [[solid]], [[liquid]] or [[gas]].
 
: The '''state of matter''' can be changed by heating or cooling the material.
 
: The '''state of matter''' can be changed by heating or cooling the material.
: Heating can turn a solid into a liquid and turn a liquid to a gas.
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: Heating can turn a [[solid]] into a [[liquid]] and turn a [[liquid]] to a [[gas]].
: Cooling can turn a gas into a liquid and liquid into solid.
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: Cooling can turn a [[gas]] into a [[liquid]] and [[liquid]] into [[solid]].
  
 
====Solid====
 
====Solid====

Revision as of 19:48, 18 August 2018

Key Stage 2

Meaning

State of matter means whether a material is solid, liquid or gas.

About States of Matter

Materials can be solid, liquid or gas.
The state of matter can be changed by heating or cooling the material.
Heating can turn a solid into a liquid and turn a liquid to a gas.
Cooling can turn a gas into a liquid and liquid into solid.

Solid

Solids are a state of matter that:
SolidPour.png
  • Cannot be poured.
  • Hold their shape if you leave them alone.
  • Do not flow.
SolidSquash.png
Solids cannot be squashed into a smaller size. You can change their shape by squashing, but their size stays the same.

Examples of solid materials:

  • Brick
  • Wood
  • Plastic
  • Glass
  • Ice

Liquid

Liquids are a state of matter that:
LiquidPour.png
  • Can be poured and will flow.
  • Cannot hold their shape
  • Fit the shape of the container.
LiquidSquash.png
Liquids cannot be squashed into a smaller size. You can change their shape, but their size stays the same.

Examples of liquid materials:

  • Water
  • Oil

Gas

Gases are a state of matter that:
GasPour.png
  • Cannot hold their shape.
  • Fit the shape of their container.
  • Can be poured and will flow.
GasSquash.png
Gases can be squashed into a smaller size.

Examples of gas materials:

  • Air (A mixture of gases, mostly nitrogen and oxygen)
  • Steam