Fluid Mechanics & Thermodynamics

2A20.10 Capillary Action: Capillary Tubes or Equilibrium Tubes

2B20.40 Static Pressure: Pascal's Vases

2B20.60 Static Pressure: Hydraulic Press

2B30.10 Atmospheric Pressure: Crush the Can: Hot Water Cooling

2B30.25 Atmospheric Pressure: Crush the Can: Vacuum Pump

2B30.30 Atmospheric Pressure: Magdeburg Hemispheres

2B60.70 Atmospheric Pressure: Turbine Pump

2B40.11 Density & Buoyancy: Steel Sphere Density Kit

2B40.12 Density & Buoyancy: Floating Rock

2B40.13 Density & Buoyancy: Floating Bowling Ball

2B40.20 Density & Buoyancy: Archimedes' Principle

2B40.40 Density & Buoyancy: Buoyancy of Air

2B40.48* Density & Buoyancy: Density of Air: 2L Soda Bottles

2B40.54 Density & Buoyancy: Buoyancy in Various Liquids

2B40.59 Density of Hot & Cold Water

2C10.10 Flow Rate : Velocity of Efflux

2C20.20 Bernoulli Force: Atomizer

2C20.30 Bernoulli Force: Floating Ball

4A. Heat Capacity & Specific Heat: Warm Coin Trick

4A30.10 Solid Expansion: Bimetallic Strip

4A30.11 Solid Expansion: Thermostat Model

4A30.20 Solid Expansion: Balls & Ring

4A40.32* Properties of Materials at Low Temperatures: Smashing Frozen Banana

4A40.35 Properties of Materials at Low Temperatures: Cool Rubberband

4B20.10 Convection: Convection Tube

4B30.12* Conduction: Heat Race to Melt Wax

4B40.05* Radiation: Heated Spoon

4B40.10 Radiation: Radiation Using Parabolic Mirrors

4B50.25 Heat Transfer Applications: Water Balloon & Matches

4B60.11 Mechanical Equivalent of Heat: Work into Heat

4B70.20 Adiabatic Processes: Expansion Cloud Chamber

4C30.15 Phase Changes: Liquid-Gas: Boiling at Reduced Pressure

4C30.30 Phase Changes: Liquid-Gas: Helium & CO2 Balloons in Liquid N2

4C30.32* Phase Changes: Liquid-Gas: Air Balloon in Liquid Nitrogen`

4C30.35 Phase Changes: Liquid-Gas: Liquid Nitrogen in a Balloon

4C31.30 Cooling by Evaporation: Drinking Bird

4D20.10* Mean Free Path: Crooke's Radiometer*

4D30.40* Kinetic Motion: Glass Beads

4D50.60 Diffusion & Osmosis: Diffusion in Liquids: Copper Sulfate

4E10.11 Constant Pressure: Thermal Expansion of Air

4E10.15* Constant Pressure: Cooling of Air

4E10.20 Constant Pressure: Balloons in Liquid Nitrogen

4E10.30* Constant Pressure: Crush the Can

:4E Differential Thermometer

4E20.15 Constant Temperature: Syringe & Pressure Gauge

4E20.40 Constant Temperature: Balloon in a Vacuum

4F30.19 Heat Cycles: Hero's Engine

4F30.10 Heat Cycles: Stirling's Engine

4F30.20 Heat Cycles: Steam Engine

4F30 Heat Cycles: 5-cycle Engine