| L1 | Fluid Statics: Pressure Distribution, Forces on Surfaces with Examples | | |
| L2 | Buoyancy Forces on Surfaces | | |
| R1 | Recitation 1 | | |
| L3 | Fluids Undergoing Constant Acceleration; Introduction to Surface Tension | | |
| L4 | Surface Tension and Capillarity | Note on Surface Tension (PDF) | Problem Set 1 Due |
| R2 | Recitation 2 | | |
| L5 | Open Systems: Control Volume Formulation, Conservation of Mass and Momentum | Contact Lens Example (PDF) | Problem Set 2 Due |
| R3 | Recitation 3 | | |
| L6 | Examples of Use of Control Volume Formulation, Bernoulli Equation | | |
| Q1 | Quiz 1. Covers Lectures 1–4 and Problem Sets 1–2. | | |
| L7 | Momentum Equation, Examples Using Momentum Equation | | |
| L8 | Differential Forms: Mass Conservation, Substantial Derivative, Euler Equations | Vector Operator Notes (PDF) | Problem Set 3 Due |
| R4 | Recitation 4 | | |
| L9 | Differential Forms: Viscous Fluids and the Navier-Stokes Equation | | |
| L10 | Navier-Stokes Examples: Bearings and other Examples | | Problem Set 4 Due |
| R5 | Recitation 5 | | |
| L11 | Navier-Stokes Examples: Laminar Flow, Turbulent Pipe Flows and Losses | | |
| L12 | Navier-Stokes Examples: Pipe Systems and Viscous Pumps with Simple Examples. Wrap-up and Review. | | |
| Q2 | Quiz 2. Covers Lectures 5–12 and Problem Sets 3–5. | | |
