• Ideal Gases - The Ideal Gas Model

  The chapter Ideal Gases is continued in this session.

  The following concepts are explained:

        ♦ The Ideal Gas Model

        ♦ Calculating force and pressure produced by an Ideal Gas on the container wall

        ♦ Root Mean Square Speed (Crms) of an Ideal Gas

        ♦ Derivation of equations involving Avogadro's number, Boltzmann's constant and kinetic energy of an Ideal Gas

        ♦ Relationship between kinetic energy and thermodynamic temperature of an Ideal Gas

        ♦ Relationship between Crms and thermodynamic temperature of an Ideal Gas

   

  Notes are available in the document section

   

• Session 45: Ideal Gases - The Ideal Gas Model

  • Ideal Gases
    • Part 6 - The Ideal Gas Model 4 mins
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      Part 6 - The Ideal Gas Model

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    • Part 7 - The Ideal Gas Model 8 mins
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      Part 7 - The Ideal Gas Model

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    • Part 8 - The Ideal Gas Model 5 mins
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      Part 8 - The Ideal Gas Model

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    • Part 9 - The Ideal Gas Model 4 mins
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      Part 9 - The Ideal Gas Model

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    • Part 10 - The Ideal Gas Model 5 mins
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      Part 10 - The Ideal Gas Model

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    • Part 11 - The Ideal Gas Model 7 mins
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      Part 11 - The Ideal Gas Model

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    • Part 12 - The Ideal Gas Model 4 mins
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      Part 12 - The Ideal Gas Model

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• Excercise Files

  • Ideal Gases
    • Ideal Gases - NOTES

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