Lecture Demonstrations Laboratory

Demonstration Record

Getting info for CourseID: 3287

PHYS 102/1: Concepts of Physics

• The Nickel and the Piece of Paper
• Uniform Linear Acceleration (instantaneous velocity measurement)
  (I will run the air track both in instantaneous mode (time recorded while flag is in gate) and in average mode (start from one gate, stop from the second). I will also need a stopwatch (something I can hold in my hand and read, do not need to display it). )

• The Nickel and the Piece of Paper
• Uniform Linear Acceleration (instantaneous velocity measurement)
  ( same setup as last Friday. I will also have the stopwatch again)

• Uniform Linear Acceleration (instantaneous velocity measurement)
  ( I need the same setup as Friday: Pasco cart with weights and pulley, and one single gate to measure instantaneous velocity)
• The Atwood Machine
• Simple Machines

• Simple Machines
• Inclined Plane
• Conservative System
• Loop - the - loop
• Energy Conversion and Conservation
  ( do I remember correctly that you don't have this demo any more? anyway, just having the solar cells with propeller would be enough, I don't need the piezo)

• Inclined Plane
• Conservative System
• Kinds of Charge and Charging

• Kinds of Charge and Charging
• Van de Graaff Generator
• Electrostatic Bell
• Electric Fields

• Kinds of Charge and Charging
• Van de Graaff Generator
• Electrostatic Bell
• Electric Fields
• Lightning Rod

• Lightning Rod
• Capacitor Discharge
• Resistance Model
• Electroplating
• Ohm's Law

• Capacitor Discharge
  ( I believe you also have a capacitor discharging slowly through a light bulb, can I have that too?)
• Resistance Model
• Electroplating
• Ohm's Law
• Resistivity of a Pencil
• Magnetic Deflection of an Electron Beam

• Capacitor Discharge
  ( capacitor with crank and light bulb too)
• Ohm's Law
• Resistivity of a Pencil
  ( I will also need the ohm/voltmeter)
• Blowing a Fuse
• Circuit Analysis

• Circuit Analysis
  ( I'll also have the usual voltmeter, as well as a glass of water)

• Electromagnets

• Electromagnets
• Magnetic Fields 2
• Magnetic Deflection of an Electron Beam
  ( can I also have the e/m? if it is too late, I will have it the next time)
• Force on a Current Carrying Wire in a Magnetic Field
• Galvanometer Movement
• Electric Motor

• Electromagnets
• Magnetic Fields 2
• Magnetic Fields Associated with Current Carrying Wires 1
• Magnetic Deflection of an Electron Beam
• Forces Between Current Carrying Wires
• Force on a Current Carrying Wire in a Magnetic Field
• Galvanometer Movement
• Electric Motor

• Transverse Waves
  ( also the little box with crank and spiral wire)
• Longitudinal Waves
• Bell in a Vacuum

• Transverse Waves
• Interference of Sound Waves
• Interference and Diffraction
  ( I would also like the laser beam with the chalk duster. Should I use the same laser or a different one?)
• Arago's (Poisson's) Spot
• Thin Film Interference
• Additive Color Mixing
• Polarization of Light

• Interference and Diffraction
• Arago's (Poisson's) Spot
  (I seem to remember that, to get a better picture, one should use a camera pointing at the spot)
• Thin Film Interference
• Polarization of Light

• Blackboard (or Elmo) Optics
• Confocal Mirrors
• Concave Mirror
• Light The Match
• Total Internal Reflection
• Light Pipe and Fiber Optics
• Thin Film Interference
• Polarization of Light

• Blackboard (or Elmo) Optics
• Confocal Mirrors
• Concave Mirror
  ( I only need the mirror, not the whole setup)
• Light The Match
• Total Internal Reflection
• Light Pipe and Fiber Optics
• Rainbow

• Magnetic Deflection of an Electron Beam
• Blackboard (or Elmo) Optics
  ( we should try it before the class, to make sure the rays are visible)
• Total Internal Reflection
• Light Pipe and Fiber Optics
• Rainbow
• Photoelectric Effect in Zinc
• Electron Diffraction

• Magnetic Deflection of an Electron Beam
• Electron Diffraction
• Emission Spectra

• Diffusion Cloud Chamber
  ( do you also have a Geiger counter? (just for show and tell))

• Mouse Trap Atomic Bomb