LAB SCHEDULE
Lab # | Tu 2-4:50 | PreLab: Reading & Problem | Experiment |
1 | Jan. 20 | Read Section 12.7, Do P.40&44 | Heat |
2 | Jan. 27 | Skipped | Gas Laws |
3 | Feb. 3 | Joule's Law and Heat Transfer | |
4 | Feb. 10 | Visit websites and read about: charging by friction and induction.; about electric fields due point charges and E fields and equipotentials due to parallel plats | Charge and Field |
5 | Feb. 11 | Read section 20.2 p.605 & 20.3 p.607. Visit PheT and construct a DC circuit with a light bulb, Voltmeter and Ammeter. | Ohm's Law and Resistance |
6 | Feb. 24 | Visit PheT and setup circuit with three resistors in series and parallel. Measure I, V and the R =V/I across the resistors. Read sections 20.8 and 20.12 in your book. | Circuits |
7 | Mar. 3 | Read Section 20.9. Make sure you understand example 13. Read Section 20.13 (RC Circuits). Do problem #69 (p.642) and #96 (p.643). Attach the solutions to your lab report | Battery and Capacitor |
8 | Mar. 11 | Read section 20.11. Do problems 80 & 83 (p. 643)Attach the solutions to your lab report. | Meters |
9 | Mar. 19 | Electromagnetic Induction | |
10 | Mar. 26 | Oscilloscope | |
11 | Apr. 2 | Image formation by lesnses | |
12 | Apr. 9 | Read secion on intefrence 27.2 (p.838)and section on diffraction 27.5 (p.846) --Related Video | Interference and Diffraction |
13 | Apr. 16 | Read sections 30.2. LInse Spectra (p.919)nad 30,3( The Bohr Atom_) p. 921--926 | Spectra |
Laboratory: T 2-4:50, Sims
205.
Students need to register for the lab section, PHYS 202L.
Textbook: Physics, Cutnell & Johnson, Seventh Edition,
Wiley, 2007.
Course Objectives:
Include the following in the same
order for your for your lab reports:
1) Worked Pre-Lab problems must be
attached to the lab report
2) Graphs, calculations, answers for questions, etc.
3)
Conclusion.
4) Staple the report at the top left corner making sure nothing
is hidden under the staple.
Rules for the laboratory
How to write a conclusion?
* Conclusion is the most important part of your report. You must write your own conclusion. It must be written as the last piece, after graphs and data tables, of the report. In length, it should be about 1/3 to 1/2 page.
* Conclusion should state things that are unique for your investigation. Just remember that you cannot write your conclusion without completing your experiments or investigations. General statements like "I have determined the densities of given solids" is not acceptable.
* First you should re-state the purpose with some appropriate changes. Then you need to describe your results, including the data tables and graphs. Then you may discuss about some of the difficulties you had, errors and their possible causes, and suggestions for improvement. Describe your reasoning using physics terminology and principles. You should explain as completely as possible what goes through your mind that leads you to your conclusion. While we encourage you to discuss the investigations with your partners, your conclusion must be your own thought.