# UCD: Physics 7B

- 5: Flow, Transport and Exponential
- 5.0: Overview of Flow, Transport and Exponential
- 5.1: Steady-State Energy-Density Model
- 5.2: Steady-State Energy Density Model Applied to Fluids
- 5.3: Steady-State Energy Density Model Applied to Electric Circuits
- 5.4: Examples of Using the Steady-State Energy Density Model
- 5.5: Simple Circuit Analysis Techniques
- 5.6: Extending the Electrical Model
- 5.7: The Linear Transport Model
- 5.8: Exponential Change Model
- 5.9: Wrap up

- 7: Momentum Conservation
- 7.0: Overview
- 7.1: (Linear) Momentum Conservation Model
- 7.2: Applications of Momentum Conservation
- 7.3: Momentum Conservation Model Summary
- 7.4: Angular Momentum Conservation Model
- 7.5: The Rotational Analogs of Force, Momentum, Mass and Impulse
- 7.6: Other Angular Counterparts
- 7.7: Interesting Effects Involving Angular Momentum
- 7.8: Angular Momentum Conservation Model Summary
- 7.9: Wrap-up