8.6 pressure, volume, and temperatuur in gasses

Lessen Objectives
• Explain the link between pressure, volume and temprature in gasses
• Descibe what happens to the particles in a gas if the temparture of that gas increases
• Explain what is meant by a relationship in science and what a directly proportinal relationship and an inverse relationship are
• Explain what is meant by athmosphereic pressure
   
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This lesson contains 10 slides, with text slides.

Items in this lesson

Lessen Objectives
• Explain the link between pressure, volume and temprature in gasses
• Descibe what happens to the particles in a gas if the temparture of that gas increases
• Explain what is meant by a relationship in science and what a directly proportinal relationship and an inverse relationship are
• Explain what is meant by athmosphereic pressure
   

Slide 1 - Slide

Recap 8.5

Slide 2 - Slide

Slide 3 - Slide

Keep volume and mass constant. What happens to pressure when you change the temperature?

Slide 4 - Slide

Pressure and temperature
At a constant volume and mass, the pressure of a given amount of a particular gas is directly proportional to its temperature. 

Slide 5 - Slide

When the temperature is increased the molecules in the gas move faster, exerting a greater pressure on the wall of the gas container. If the temperature is decreased, the pressure goes down. Therefore, at a constant volume, the pressure of a particular gas is directly proportional to the temperature.

Slide 6 - Slide

Link between volume of a gas and temperature keeping mass and pressure constant

Slide 7 - Slide

Link between volume and temperature 

As the temperature of a gas increases its volume increases 

Slide 8 - Slide

As winter approaches, many motorists will observe that the tyres look a bit less full than they should. The main reason for this is the dropping temperatures, which cause the air to become denser and consequently lower the tyre pressure. 

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Slide 10 - Link