| Labs (Algebra based) |
|
Topic |
Design |
Traditional |
| Force & motion I |
DOC |
DOC |
| 1D kinematics |
DOC |
DOC |
| Force & motion II |
DOC |
DOC |
| Newton’s laws and circular motion |
DOC |
DOC |
| Circular motion |
DOC |
DOC |
| Statics |
DOC |
DOC |
| The Physics of Toys |
DOC |
DOC |
| Real-world application of physics |
DOC |
DOC |
| Gases |
DOC |
DOC |
| Thermodynamics |
DOC |
DOC |
| Balloon behavior |
PDF |
|
| Electrostatic interactions |
PDF |
|
| Electroscope and electrophorus |
PDF |
|
| Electric fields and electric currents |
PDF |
|
| Magnetism |
PDF |
|
| Electromagnetic induction |
PDF |
|
| Vibrations |
PDF |
|
| Waves |
PDF |
|
| Reflection and mirrors |
PDF |
|
| Refraction |
PDF |
|
| Lenses - applications |
PDF |
|
| Wave optics |
PDF |
|
| |
| Labs (Calculus based) |
| Topic |
Download |
|
| Newton's 3rd law |
PDF |
|
| Simple harmonic motion |
PDF |
|
| Conductors and insulators |
PDF |
|
| Ohm's law |
PDF |
|
| Testing the Biot-Savart law |
PDF |
|
| Qualitative experimental designs in circuits |
PDF |
|
| |
| Reference |
| Topic |
Download |
|
| Estimating experimental uncertainty |
PDF |
|