Physics 2306

Suggested Demonstrations arranged by chapter

University Physics: Young & Freedman 11 th Edition

Chapter 15, 16, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36

1. W10: Mechanical Waves
2. W15: Transverse Wave Demonstrator
3. W16: Longitudinal Wave Demonstrator
4. W18: Ripple Tank
5. W28: Standing Longitudinal Waves
6. W32: Standing Waves on a String
7. W52: Interference

Chapter 16: Sound and Hearing Top

1. W01: Tuning Forks with Resonators
2. W02: Tuning Fork Sets
3. W03: A Harmonic Cord
4. W04: Displaying Sound Waves
5. W10: Mechanical Waves
6. W16: Longitudinal Wave Demonstrator
7. W20: Buzzer in a Vacuum
8. W28: Standing Longitudinal Waves
9. W30: Harmonics on a Rod
10. W32: Standing Waves on a String
11. W35: Bloogle Tube
12. W36: Chaldni Plates
13. W50: Acoustic Waves
14. W52: Interference
15. W54: Interference of Sound in a Tube
16. W70: The Doppler Effect

Chapter 21: Electric charge and Electric field Top

1. E01: Pasco Electrostatics
2. E04: Electrostatics I
3. E06: Electrostatics II
4. E10: Van de Graaff Generator
5. E11: Wimshurst Machine
6. E15: Precipitation of Smoke 

Chapter 22: Gauss’s Law Top

1. E06: Electrostatics II (Faraday Ice Pail) 

Chapter 23: Electric Potential Top

1. E12: Simple Battery
2. E13: Two Potato Clock

Chapter 24: Capacitance and Dielectrics Top

1. E06: Electrostatics II (adjustable capacitor)

Chapter 25: Current, Resistance, and Electromotive Force Top

1. E18: Lamps in Series
2. E25: Resistance vs Temperature
3. E89: Superconductivity  

Chapter 26: Direct-Current Circuits Top

1. E18: Lamps in Series
2. E20: Series/Parallel Circuit
3. E23: RC Circuit

Chapter 27: Magnetic Field and Magnetic Forces Top

1. E41: 2-D Magnetic Field Demonstrator
2. E42: 3-D Magnetic Field Demonstrator
3. E43: Permanent & Electromagnets
4. E44: e/m Demonstration
5. E40: Magnetic Field Lines
6. E46: Magnetic Deflection-Electron Beam
7. E45: Helmholtz Coils
8. E50: Magnetic Force on a Wire
9. E80: Wooden Motor Model
10. E81: Working Motor/Generator Model
11. E82: Hand Crank Motor/Generators

Chapter 28: Sources of Magnetic Field Top

1. E43: Permanent & Electromagnets
2. E56: Force between Parallel Currents
3. E89: Superconductivity   

Chapter 29: Electromagnetic Induction Top

1. E63: Faraday's Law I
2. E64: Faraday's Law II
3. E66: Self-Inductance
4. E67: Pasco Lenz's Law Demonstrator
5. E68: Induced Currents-Jumping Rings
6. E72: Lenz's Law Pendulum
7. E85: Tesla Coils
8. E86: Plasma Ball
9. E87: Jacobs Ladder 

Chapter 30: Inductance Top

1. E74: LR and LRC Circuits 

Chapter 31: Alternating Current Top

1. E23: RC Circuit
2. E74: LR and LRC Circuits
3. E76: LR and LRC Circuits with AC
4. E80: Wooden Motor Model
5. E81: Working Motor/Generator Model
6. E82: Hand Crank Motor/Generators

Chapter 32: Electromagnetic Waves Top

Chapter 33: The Nature and Propagation of Light Top

1. W18: Ripple Tank
2. L10: Multiple Images
3. L12: Mirrored Cube Corner
4. L13: Mirror Cube
5. L15: Illusion
6. L17: Refraction
7. L18: Choice Uranium Oxide
8. L24: Total Internal Reflection
9. L30: Dispersion
10. L28: Refraction near a Hot Surface
11. L25: Fiber Optics
12. L50: Polarization
13. L60: Light Scattering

Chapter 34: Geometric Optics and Optical Instruments Top

1. L10: Multiple Images
2. L12: Mirrored Cube Corner
3. L13: Mirror Cube
4. L15: Illusion
5. L17: Refraction
6. L18: Choice Uranium Oxide
7. L20: Blackboard Optics
8. L21: Geometric Optics
9. L22: Lenses and Mirrors
10. L24: Total Internal Reflection
11. L23: Large Concave-Convex Mirrors

Chapter 35:   Interference Top

1. W18: Ripple Tank
2. L38: 2D & 3D Interference/Diffraction
3. L40: Thin Film Interference
4. L95: Hologram
5. Laser with slits (single, double, and multiple) 

Chapter 36: Diffraction Top

1. W18: Ripple Tank
2. L38: 2D & 3D Interference/Diffraction
3. Q15: Light Spectra of Gases
4. Laser with slits (single, double, and multiple)
5. L95: Hologram