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

Includes Pressure, Pascal's Principle, Buoyancy, Continuity Equation, Bernoulli's Equation

Unit Objectives (what you should end up knowing)

Class Notes

• • Unit Summary

  • Old Lecture Notes

  • 2 Column Notes Templates [word] [pdf] [filled]

  • Extra Fluid Static Notes

  • Extra Fluid Dynamics Notes

Lecture Videos (1,2,3,4 should watch when assigned)

From BU

• • • 1/2 Video 1: Pressure and Atmospheric Pressure

    • 2 Video2: Buoyant Force

    • 2 Video 3: Archimedes Principle

    • 3 Video 4: Buoyancy Problem Solving Techniques 

    • 4 Video 5: Fluid Dynamics (Continuity and Bernoulli) or

    • 4 Video 6: Fluid Dynamics Problem Solving Techniques

or ... from DocPhysics

• • • 1 Video 1: Pressure

    • 1 Video 2: Pascal

    • 1 Video 3: Jacks

    • 3 Video 4: Buoyancy

    • 4 Video 5: Fluid Flow (Continuity)

    • 4 Video 6: Bernoulli's Equation and Energy Conservation*

    • 4 Video 7: Torchelli (special case of Bernoulli)

or from Me (includes sample problem solutions)

• • • "Lectures"

      • 1 What is a Fluid 

      • 1 Density Graphically (coming soon)

      • 1 Pressure and Pascal

      • 2 Hydrostatic Pressure

      • 3 Buoyant Force

      • 3 Buoyancy Equation

      • 3 Buoyant Force Problem Solving Techniques

      • 4 Flow Rate and Continuity

      • 4 Bernoulli's Equation

      • 4 Fluid Dynamics Problem Solving Techniques

      • 4 Physics Aviary Moving Fluid Setups [1, 2, 3+4, 5] 

    • Example Problems

      • Statics Fluids

        • How much mass to sink

        • Depth mass will float at

        • Depth mass will float at with numbers

        • Cable holding up mass

        • Percent under water

        • Floating Balloon

        • Pressure at Depth

      • Moving (Dynamic) Fluids

        • Fluid Flow in Pipe

        • Nozzle Speed of Fluid

        • Velocity out of Hole in Tank

        • Static Fluids Interactive Problems 

        • Buoyancy Example Problems

or Quick Overview from CrashCourse

• • • 1-3 Static Fluids

    • 4 Dynamic Fluids

Unit Progression (*should be turned in at test time)

• • *Density Problem [answers] [in LoggerPro]

  • ILD 10.0 Fluids Stations

  • ILD10.1 Pressure ILD [answers]

  • ILD 10.2 Hydrostatic Pressure

  • Pressure Example Problems [answers]

  • ILD 10.3 Buoyancy

  • *Buoyancy Example Problems [answers] [video solutions]

  • *Fluid Statics Sample AP Problem Group 1 [answers]

  • ILD 10.5 Flowing Fluid ILD

  • *Fluid Dynamics Example Problem Worksheets [answers]

  • *Fluid Dynamics Sample AP Problem Group 2 [answers]

  • Lab Activities

    • Fluids Stations

    • Under Pressure Virtual Lab

    • Buoyancy Lab

      • Buoyancy Lab Simulation [Simulation A] Phet]

    • Buoyancy Floating Challenge

    • Floating Balloon Challenge Activity

    • Moving Fluid Lab

    • Bernoulli Challenge [rubric]

    • Directions on Building Eco Bug Catcher

Other Resources

• • Buoyancy Simulation

  • Fluids on Hyperphysics

  • Fluids Video Solutions

  • Video Tutorials From Monterey [Hydrostatics] [Buoyancy] [Fluid Flow] [Bernoulli]

Extra Videos

• • 1 Imploding Drum (from Veritasium)

  • 1 Kill the Barrel Monster (Hydraulic Press Channel)

  • 1 Launching Baseball at Speed of Sound (SmarterEveryDay)

  • Cannonball in Mercury

  • Buoyancy Quiz (veritasium)

  • Beaker Balance Problem (veritasium)

  • Extended Beaker Balance Problem (veritasium)

  • space straw (Vsauce)

  • How a Wing Works (from Veritasium)

  • How do Airplanes fly (MinutePhysics)

  • How a Sailboat Works (from Veritasium)

  • Magnus Force (from Veritasium)

  • More Magnus Force

  • How a Boomerang Works (from Veritasium)

  • How to Curve a Baseball (from Veritasium)

  • Birds vs. Planes (SmarterEveryDay)

  • Winglets