|
Mechanics |
|
A01 |
Investigating
Motion with the Sonic Ranger |
|
M01 |
Snappy Speed
of Sound Measurement |
|
M02 |
Motion
Graphing with a Motion Detector (report
page) |
|
M03 |
The Paper
River |
|
M03b |
A 2-cart Bouncy Collision |
|
M04 |
Investigating
2-glider STICKY Collisions |
|
M05 |
Acceleration
on an Incline |
|
M06 |
Newton’s
Second Law |
|
M07 |
A Study of
Sliding Friction |
|
M08 |
Bouncing
Basketball (prelab
data sheet) |
|
M09 |
Constant Acceleration in 1-Dimension |
|
M12 |
Accelerating on an Elevator |
|
M13 |
Inclined Planes and Work |
|
M14 |
Pulleys |
|
M15 |
Energy Go Round |
|
M16 |
Elastic and Inelastic Collisions (prelab) |
|
M17 |
Human Power Production |
|
M19 |
Orbits
of Satellites (prelab) |
|
M20 |
Hooke's law
and Simple Harmonic Motion |
|
CMb |
Balanced
Objects |
|
CMm |
Objects in
Motion |
|
M04 |
Center of
Mass Formula Hunt |
|
Electricity
& Magnetism |
D01 |
Electrophorus Activity |
|
E01 |
Electrostatics Lab
(Teacher's Guide) |
|
E02 |
Electric
Fields |
|
E03 |
Ohm's Rule |
|
E04 |
Magnetic Field Lines of a Bar Magnet |
|
E05 |
Magnetic Fields
Produced by Currents |
|
Gen |
Genecon |
|
Nuclear |
|
BD |
Blockium Decay |
|
N02 |
Radio Attenuation and Decay |
|
Relativity |
|
R01 |
The Train Paradox |
|
R02 |
Dilation and Contraction |
|
Waves and Sound |
|
W01 |
Pulses on a Slinky |
|
W02 |
Standing Waves
on a Helical Spring |
|
W03 |
Investigating Sound with
Computer and Oscilloscope |
