Physics 2305

Suggested Demonstrations arranged by chapter

University Physics: Young & Freedman 11 th Edition

Chapter 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 17, 18, 19, 20

Chapter 1: Units, Physics Quantities, and Vectors Top

1. M01 Pasco Dynamic Track
2. M04: Equilibrium of Forces

Chapter 2: Motion along a straight line Top

1. M01 Pasco Dynamic Track
2. M09: Hover Puck
3. M24: Air Track Demonstrations
4. M28: Falling Bodies
5. M32: Feather and Coin

Chapter 3: Motion in Two or Three Dimensions Top

1. M36: Monkey and Hunter
2. M38: Ballistic Car
3. M70: Central Force Demo

Chapter 4: Newton’s Laws of Motion Top

1. M01 Pasco Dynamic Track
2. M09: Hover Puck
3. M10: Newton's First Law-Table Cloth Trick
4. M12: Newton's Third Law-Opposing scales
5. M24: Air Track Demonstrations
6. M32: Feather and Coin
7. M34: Air Drag
8. M38: Ballistic Car
9. M55: Carbon Dioxide Rocket Cart
10. M56: Low Friction Game of Catch
11. M58: Balls for Bouncing Collisions
12. M59: Collisions of Balls
13. M70: Central Force Demo

Chapter 5: Applying Newton’s Laws Top

1. M01 Pasco Dynamic Track
2. M04: Equilibrium of Forces
3. M20: Egg and Sheet
4. M42: Dynamics of Circular Motion
5. M55: Carbon Dioxide Rocket Cart
6. M56: Low Friction Game of Catch
7. M58: Balls for Bouncing Collisions
8. M60: Friction Properties of Materials
9. M61: Inclined Plane Problems
10. M65: Center of Gravity Toys
11. M70: Central Force Demo
12. M72: Loop the Loop

Chapter 6: Work and Kinetic Energy Top

1. M01 Pasco Dynamic Track
2. M24: Air Track Demonstrations

Chapter 7:   Potential Energy and Energy Conservation Top

1. M01 Pasco Dynamic Track
2. M24: Air Track Demonstrations
3. M50: Nose Basher

Chapter 8: Momentum, Impulse and Collisions Top

1. M20: Egg and Sheet
2. M55: Carbon Dioxide Rocket Cart
3. M56: Low Friction Game of Catch
4. M58: Balls for Bouncing Collisions
5. M59: Collisions of Balls
6. M65: Center of Gravity Toys

Chapter 9: Rotation of Rigid Bodies Top

1. M73: Rotational Inertia
2. M78: Rotational Platform

Chapter 10: Dynamics of Rotational Motion Top

1. M74: Angular Acceleration-Rolling Bodies
2. M76: Conservation of Angular Momentum
3. M78: Rotational Platform
4. M79: Torsion Pendulum
5. M90: Symmetrical Top
6. M91: Pasco Computerized Gyroscope

Chapter 11: Equilibrium and Elasticity Top

1. M04: Equilibrium of Forces
2. M65: Center of Gravity Toys

Chapter 12: Gravitation Top

Chapter 13: Periodic Motion Top

1. M24: Air Track Demonstrations
2. M80: Simple Harmonic Motion (SHM)
3. M81: SHM Using the Air Track
4. M82: Action/Reaction in SHM
5. M83: Reference Circle in SHM
6. M84: The Physical Pendulum
7. M85: Forced Vibrations

Chapter 14: Fluid Mechanics Top

1. F08: Pacals Vials-Pressure in a Liquid
2. F09: Fluid Pressure vs. Depth
3. F12: Atmospheric Can Crusher
4. F13: Atmospheric Pressure Lift
5. F14: Magdeburg Hemispheres
6. F20: Archimedes' Principle
7. F22: Density Balls
8. F23: Cartesian Diver
9. F34: Surface Tension
10. F50: Bernoulli's Principle
11. F51: Pasco Bernoulli Cart

Chapter 17: Temperature and Heat Top

1. H01: Computer Based Thermometers
2. H02: Conventional Thermometers
3. H03: Liquid Crystal Sheets
4. H14: Thermal Expansion of Metals
5. H44: Convection in Gases
6. H48: Radiometer

Chapter 18: Thermal Properties of Matter Top

1. H10: Thermal Expansion of Air
2. H14: Thermal Expansion of Metals
3. H30: Low T Boiling of Water
4. H92: 3-D Triple point plot  

Chapter 19: The First Law of Thermodynamics Top

1. H30: Low T Boiling of Water
2. H20: Constant Volume Thermometer

Chapter 20 The Second Law of Thermodynamics Top

1. H04: Molecular Models
2. H05: Molecular Motion