|
Lab Name
|
Description |
File |
|
1. Motion |
Standard Lab |
pdf |
|
2. Vectors |
Standard Lab |
pdf |
|
3. Friction |
Standard Lab |
pdf |
|
4. Energy
Conservation |
Student Designed
Experiment |
- |
|
5. Momentum |
Standard Lab |
pdf |
|
6. Torque |
Standard Lab |
pdf |
|
7. Archimedes Principle |
Standard Lab |
pdf |
|
8. Specific Heat |
Standard Lab |
pdf |
|
9. Behavior of Waves |
Observation and
Exploration |
pdf |
|
10. Sound |
Standard Lab |
pdf |
|
11. Polarization
of Light |
Standard Lab |
pdf |
|
12. Snell's Law |
Standard Lab |
pdf |
|
13. Lenses |
Standard
Lab |
pdf |
|
14. Static Electricity |
Observation and
Exploration |
pdf |
|
15. Electrical Circuits |
Standard Lab |
pdf |
|
16. Magnetism |
Observation and
Exploration |
pdf |
|
17. EMI
(Induction |
Student Designed Experiment |
- |
|
18. Atomic Spectra |
Observation and
Exploration |
pdf |
-
-
- Standard Lab:
- The
purpose
of the standard lab is to build basic laboratory skills, emphasize
the process of science, reinforce the concepts of physics, and
promote enthusiasm for science through meaningful lab activities.
|
-
- Observation and
Exploration:
- The purpose of an observation lab is to
discover the concepts of physics through guided exploration.
Students are given the opportunity to explore concepts and
observable phenomena beyond the more restricted approach required in
the standard lab. These labs typically do not require mathematical
calculations: observation techniques are emphasized.
|
-
- Student
Designed Experiment:
- The purpose of the design your own lab is
to promote the process of science research. Students are given the
opportunity to design their own labs and create
individualized data collection activities based on the topic
assigned. Although
experiment guidelines will always be made available, the student's
procedural activities will be primarily restricted only by lab
safety issues.
|