Chapters 11 & 12 in Knight Book // Chapter 13-15 in OpenStax Online book

Includes Temperature, Linear Expansion, Ideal Gas Law, Thermodynamic Processes and Cycles, Heat Engines and Efficiency

• • Unit Objectives

Class Notes

• • Class Notes Presentation [filled in]

  • Chapter Summary

  • Extra Ideal Gas Notes (Duffy)

  • Extra Thermodynamics Notes (Duffy)

  • Simulation of Thermo Processes [isobaric, isothermal, isochoric] [adiabatic]

  • Heat Transfer from Hyperphysics

Tutorial Videos (*are mandatory, choose the presenter you are most comfortable with)

• • Doc Physics

    • [1] Definition of Temperature [U2DP-01]

    • Linear Expansion [U2DP-02]

    • [1] Heat Transfer (Conduction) [U2DP-03]

    • [2] Kinetic Theory of Gases [U2DP-04

    • [3] Ideal Gas Law [U2DP-05]

    • Boiling, Melting etc [U2DP-06]

    • [4] 0,1 Thermo [U2DP-07]

    • [4] Processes:  Isobaric, Isochoric, Isothermic, adiabatic [U2DP-08]

    • Specific Heat [U2DP-09]

    • [4] Adiabatic Compression and Expansion [U2DP-10]

    • [5] 2nd Law of Thermo [U2DP-11]

    • [5] Heat Engine [U2DP-12]

    • [5] Refrigerator [U2DP-13]

  • Duffy Videos

    • [1] Temperature [U2DUF-01]

    • [3] Ideal Gas Law  [U2DUF-02]

    • [4] 1st Law of Thermo [U2DUF-03]

    • Heat Capacity and Sample Problem  [U2DUF-04]

  • APlusPhysics

    • [1] Temperature [U2-APP-01]

    • [2] Heat Transfer [U2-APP-02]

    • [3] Ideal Gases [U2-APP-03]

    • [4] PV Diagrams [U2-APP-04]

    • Heat Engines [U2-APP-05]

  • Bozeman Physics

  • FlippingPhysics

  • Crash Course (Review Only)

    • [1] Temperature: Crash Course Physics #20

    • [2] Kinetic Theory and Phase Changes: Crash Course Physics #21

    • [3] The Physics of Heat: Crash Course Physics #22

    • [4] Thermodynamics: Crash Course Physics #23

    • Engines: Crash Course Physics #24

Unit Development (*are due to hand in at test time)

• • Ideal Gas Virtual Lab

    • Lab Handout

    • Simulation 1: On Laptops 1-6

    • Kinetic Theory of Gases Distribution Simulation [no graph]

  • Ideal Gas Concepts [answers]

  • Thermal Processes [ans]

    • Simulation 1   Simulation 2

    • Thermodynamic Process Simulation

    • PV Diagram Simulation

  • *Example Problems [pdf] [gclassroom] [ans]

    • • Simulation

  • *AP Sample Problems [answers]

  • AP Sample Set 2, extra [key from APCentral]

Related Videos

• • Temperature and Heat from Derek at Veritasium  [vid 1] [vid 2]

  • Can we feel temperature from MinutePhysics

  • Crushing Cans using the Ideal Gas Law from Veritasium