Experiment |
Title |
File |
|
Preface |
|
1 |
Human Senses |
|
2 |
Inertial Balance & Unifying Concepts |
|
3 |
Kinematics Experiments |
|
4 |
Newton's Laws & Force Experiments |
|
5 |
Work and Energy |
|
6 |
Linerar Momentum & Impulse |
|
7 |
Torques & Equilibrium |
|
8 |
Archimedes' Principle & Specific Gravity |
|
9 |
Fluid Motion |
|
10 |
A Transport Process - Thermal Conductivity |
|
11 |
Heat & Temperature |
|
12 |
Heat Transfer |
|
13 |
Gases and Temperature |
|
14 |
Surface Tension |
|
15 |
Elastic Properties of Rubber |
|
16 |
Periodic Motion |
|
17 |
Standing Waves |
|
18 |
Sound and the Human Ear |
|
19 |
Lenses |
|
20 |
The Human Eye Model |
|
21 |
Energy Distribution of a Small Source |
|
22 |
Wave Properties of Light |
|
23 |
Polarized Light |
|
24 |
Equipotential Surfaces |
|
25 |
Electrical Measurements |
|
26 |
Magnetism |
|
27 |
Electromagnetic Induction |
|
28 |
The Oscilloscope |
|
29 |
Alternating Current |
|
30 |
Bioelectronics |
|
31 |
Solid State Transducers |
|
32 |
Radiometry and Infrared Radiation |
|
33 |
Photoelectric Effect |
|
34 |
Spectroscopy: Emission and Absorption Spectra |
|
35 |
The Geiger-Müller Tube and Scaler Measurement
of Gamma Radiation |
|
36 |
Radioactivity: Beta Radiation and Half-life |
|
37 |
Noise and Band Pass Filters |
|
38 |
Environmental Physics Investigations |
|
39 |
Aperture Effects in Optical Systems |
|
40 |
Feedback Experiment |
|
|
|
|