5A - Electrostatics
5B - Electric Fields and Potential
5C - Capacitance
5D - Resistance
5E - Electromotive Force and Current
5F - DC Circuits
5G - Magnetic Materials
5H - Magnetic Fields and Forces
5J - Inductance
5K - Electromagnetic Induction
5L - AC Circuits
5M - Semiconductors and Tubes
5N - Electromagnetic Radiation
|
|
 |
5C 10.20 - Parallel Plate Capacitor:
Demonstrates: Capacitance.
Description: A charge can be put onto the plates by using the electroplaus. The charge is then registered by the meter. Changing the distance between the plates changes the charge.
|
 |
5C 20.10 - Capacitor with Dielectric Sheet:
Demonstrates: Insulators.
Description: A non-conducting material is placed between the two plates to decrease potential.
|
 |
5C 20.30 - Leyden Jar:
Demonstrates: Principles of capacitors.
Description: Stores a charge from an electrostatic generator.
|
 |
5C 30.20 - Big Bang:
Demonstrates: Stored energy.
Description: Energy is stored in a bank of capacitors. When suddenly discharged a big bang occurs.
|
|
|