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Check your data. Is this true for your data?​

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​If we double the pressure, the number of particles also doubles. This is because P ∝ n.  

Draw particle diagrams for

1, 2 and 3​

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​On a whiteboard with a partner

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Draw this in your notebook!​

​Particle diagrams of Pressurve vs n

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The speed of the particles and volume of the container remained constant during this experiment​!

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​Notice that the ONLY thing that changes from diagram 1-3 is the number of particles!

​In the pressure vs volume experiment we changed volume by moving the piston in the syringe

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Sketch the curve for P vs V​

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​On a whiteboard with a partner

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Draw particle diagrams for 1, 2 and 3​

​

​On a whiteboard with a partner

​

Draw this in your notebook!​

​

​Particle diagrams of Pressure vs Volume

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The number of particles and speed of the particles remained constant during this experiment!​

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​Notice the ONLY thing that changes from diagram 1 to 3 is the size of the container

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​We can say for our pressure vs volume experiment P x V = 1100 kPa ⋅ mL

​So, does this mean pressure vs volume represents a direct or indirect relationship?

Some text here about the topic of discussion

​Pressure vs Volume is an indirect relationship!

​This means P ∝ 1/V

Some text here about the topic of discussion

​As volume increases, pressure decreases