Size: 3211
Comment:
|
← Revision 7 as of 2013-07-12 18:18:14 ⇥
Size: 3198
Comment: converted to 1.6 markup
|
Deletions are marked like this. | Additions are marked like this. |
Line 182: | Line 182: |
[:Demonstrations:Demonstrations] | [[Demonstrations]] |
Line 184: | Line 184: |
[:Instructional:Home] | [[Instructional|Home]] |
Physics 202 Demonstrations
Here is a composite list of demos that have been used for this course in the past and are grouped by Lecture days. This list is only a reference guide and may differ from actual demos used in lecture depending on which faculty is teaching this course.
Lecture 1
Course Intro & Electrostatics
- Pith Balls
- Charging materials
- Electroscope
Lecture 2
Electric Force & Electric Field
- Pith Balls
- Charging materials
- Electroscope
Lecture 3
Electric Flux & Gauss's Law
- Charge distribution with brass teardrop
Tapered cylinder & Faraday ice pail
Surface with pith balls & charging materials
- Cavendish Spheres
Lecture 4
Gauss's Law, Potential
- Charge distribution with brass teardrop
Tapered cylinder & Faraday ice pail
Surface with pith balls & charging materials
- Cavendish Spheres
Lecture 5
Electric Potential
- Lightning Rod
- Electrostatic Bells
- Charge Distribution on Conducting Spheres
Lecture 6
Capacitors & Dielectrics
- Energy Stored in a Capacitor(Exploding Foil)
- Variable Plate Capacitor with Dielectrics
Lecture 7
Capacitors & Dielectrics
Lecture 8
Exam 1 Review
Lecture 9
Current and Resistance
- Sample Resistors
- Alternate Copper/Nichrome Wires
- Variable Resistance with Temperature
- Fall of Potential in 4 Wires
Lecture 10
DC Circuits
- Parallel and Series Light Bulbs
Lecture 11
Magnetic Force, Magnetic Fields
- Torque on a Current Loop in B Field(2 blue U-Mag with wire on hinge)
- Oersted Effect
- Attraction-Repletion of Electron Beam with a bar Magnet
- Attraction-Repletion of Parallel Wires
Lecture 12
Magnetic Force, Magnetic Fields
Lecture 13
Sources of Magnetic Fields
Lecture 14
Sources of Magnetic Fields
Lecture 15
Faraday's Law
Lecture 16
Faraday's Law
Lecture 17
Inductance
Lecture 18
AC Circuits
Lecture 19
AC Circuits (continued)
Lecture 20
Wave Motion (Review)
Lecture 21
Maxwell's Equations
Lecture 22
Electromagnetic Waves
Lecture 23
Light: Reflection & Refraction
Lecture 24
Geometrical Optics
Lecture 25
Lenses & Mirrors
Lecture 26
No class
Lecture 27
Interference
Lecture 28
Interference & Diffraction
Lecture 29
Diffraction
Lecture 30
Final Exam Review (I)