INSTRUCTOR: K.W.NICHOLSON OFFICE HOURS: RM 224 OR
Phy lab M 3-4, T Th 8-11.
email: nnicholson@cacc.cc.al.us Ph 256 215 4336 or 4343
webpage: caccphysics.cacc.cc.al.us
TEXT: TEXT: Randall Knight's Physics for Scientists and
Engineers
TOPICS COVERED: Part l Mechanics - Measurement & Math, Linear Motion, Force, Momentum, Work & Energy, Torque & Rotational Motion, Fluids, Heat & Thermodynamics
PURPOSE OF THIS COURSE:
Most physical phenomena can be explained and understood using a
very small set of concepts developed between the sixteenth and
twentieth centuries. Specifically, Newton's three laws of motion, the
laws of conservation of momentum, energy, and charge, and the first
and second laws of thermodynamics,. It also helps to learn a few
techniques developed in the last decade.
The purpose of first semester physics is to obtain a solid
understanding of the laws of motion and the laws of conservation of
momentum & energy, and the accompanying entourage of words and
symbols. We will apply these laws to explanations of properties of
matter and thermodynamics, (first semester),Waves, Sound and
Electricity and Magnetism (second semester).
My objective for the year is to have you leave here next spring with
the distinct impression that you can solve just about any physical
problem you encounter in life henceforth. Many can argue that this
will be a false impression. That may be, but as you probably already
know, (or will hopefully someday discover), attitude is the most
important ingredient in the success of any project you undertake.
Enjoy Physics!
EVALUATION:
Item |
Date |
Discussion |
7 - 50 pt quizzes |
8-27, 9-10,24, 10 8,22 11-5,19 |
No make up quizzes will be given. A missed quiz will be replaced by 1/4 of your final exam score. |
1-200 pt Final Exam |
Dec. 15, 9 - 11 |
Final will be comprehensive. |
12 to 15 -15 point experiments |
Approximately one each week. Labs assigned this week will be due one week from this Friday at the beginning of class. |
Late labs cost 2 points each day late. Only one lab write up will be submitted for each group. Collaboration between groups is encouraged, however, if two groups labs are "too" identical, both groups must do a makeup lab. |
Project |
Due date for project report is Wed, Dec. 8 |
Those desiring to do a project must submit a proposal no later than Oct. 15. Proposal must contain a thorough description of the project and points requested. |
Note 2: Playing games on computers in the physics lab may
result in your being dismissed from this course.
GRADES:
The above total, excluding bonus points, is approximately 775, (plus a few points, depending on miscellaneous assignments), and your accumulative total will be divided by that amount to calculate your final average.
90 - 100 = A, 80 - 89 = B, 70 - 79 = C, 60 - 69 = D, 0 - 59 =
F
NOTES:
l. Final percentage will be rounded UP, i.e., a final percent of
79.00000001 will be rounded up to 80.
2. You should keep all returned papers. You should also keep track of the ratio (your accumulative total)/(The accumulative total possible to date) as the semester progresses.
Date |
Today's Topic |
Assignment Due date or |
W 8- 18 |
Pre Test, Orientation I |
Read Chapter 1, do problems 2 - 9, 11, 15, 17,21,35,39,41,49,53,55,57 |
F 8-20 |
Orientation II |
Read: Chapter 2.1-2.4, do problems 1,3,5, 8,910,11 |
M 8-23 |
Chapter 1: Concepts of Motion |
2.5 - 2.8, do problems 13,14,17,19,21, 23,25,29,31, 33,37,39,43,49,53,55,71,75,79 |
W 8-25 |
Chapter 2: Kinematics I |
Read: Chapter 3, do problems2,5,7,9,13,1 7,25,35,39 |
F 8-27 |
||
M 8-30 |
Chapter 2: Kinematics II |
Read: Chapter 4.1-4.5, do problems 1,3,5,7,9 |
W 9-1 |
Chapter 3: Vectors |
Read: Chapter 4.6-4.7, do problems 14,17,21,23,25,29,31,37,40,47 |
F 9-3 |
||
M 9-6 |
Chapter 4: Force & Motion I |
Read: Chapter 5.1-5.4,& 5.6; do problems 1,5,7,9,11,13,15,17,25,27,39 |
W 9-8 |
Chapter 4: Force & Motion II |
Read: Chapter 6.1-6.3, do problems 1,6,9 |
F 9-10 |
||
M 9-13 |
Chapter 5: Dynamics Ia, linear motion |
Read: Chapter 6.4, do problems 13, 19,37,39 |
W 9-15 |
Chapter 6: Dynamics IIa, 2D motion |
Read: Chapter 7.1 - 7.3, do problems 3,5,11 |
F 9-17 |
||
M 9-20 |
Chapter 6: Dynamics IIb, projectile motion |
Read: Chapter 7.1-7.5, do problems 19,21,27,29,31,35,43 |
W 9-22 |
Chapter 7: Dynamics IIIa, circular motion |
Read Chapter 8.1 - 8.3, do problems 1,5,9 |
F 9-24 |
||
M 9-27 |
Chapter 7: Dynamics IIIb, orbits |
Read Chapter 8.4 -8.5, do problems 27,33,35,41 |
W 9-29 |
Chapter 8: Newton's Third Law |
Read Chapter 9.1-9.4, do problems 3,5,7,13,15 |
F 10-1 |
||
M 10-4 |
Chapter 8: Ropes & Pulleys |
Read: Chapter 9.5 - 9.7, do problems 19,21,23,28,31 |
W 10-6 |
Chapter 9: Momentum & Impulse |
Read Chapter 10.1-10.3, do problems 1,3,11 |
F 10-8 |
||
M |
Chapter 9: Collisions |
Read Chapter 10.4-10.7, do problems 15,19,25,29,53 |
W |
Chapter 10: Energy |
Read Chapter 11.1-11.4, do problems 1,3,5,7,11 |
F 10-15 |
||
M |
Chapter 10: Springs & elastic collisions |
Read Chapter 11.5-11.9, do problems 17,19,24,28,31,47,55 |
W |
Chapter 11: Work |
Read Chapter 13.1 - 13.5, do problems 1,5,11,14,17 |
F |
||
M |
Chapter 11: Relationship between Force and work |
Read Chapter 13.6-13.10, do problems 25,29,33,35,45,51,67 |
W |
Chapter 13: Rotational motion |
Read Chapter 14.1-14.6, do problems 1,5,15,18,23,43 |
F 10-29 |
||
M 11-1 |
Chapter13: Equilibrium, rolling motion |
Read Chapter 15.1-15.5, do problems 1,5,7,19,23,30,32,34,39,44,66 |
W 11-3 |
Chapter 14: Oscillations, Simple Harmonic Motion ,Vertical oscillations |
Read Chapter 16.1-16.3, do problems 1,3,5,12 |
F 11-5 |
||
M 11-8 |
Chapter 15: Fluids |
Read Chapter 16.4-16.6, do problems 16,19,21,25,29,31,33,43,63 |
W11-10 |
Chapter 16: Temperature |
Read Chapter 17.1 - 17.3, do problems 3,5 |
F11-12 |
||
M |
Chapter 16: Phase changes, Ideal Gas Law |
Read Chapter 17.4-17.7, do problems 9,15,21,57 |
W |
Chapter 17: Heat |
Read Chapter 18.1-18.3, do problems 9,11,13,17,20 |
F 11-19 |
||
20-28 |
||
M |
Chapter 17: First Law of Thermo |
Read Chapter 18.4-18.6, do problems 25,27,31 |
W12-1 |
Chapter 18: Pressure in a gas |
Read Chapter 19.1-19.2, do problems 1,3 |
F 12-3 |
||
M12-6 |
Chapter 18: Specific Heat |
Read Chapter 19.4-19.6, do problems 11,15,19,55 |
W12-8 |
Chapter 19 |
|
12-15 |
Final Exam 9-11 AM |
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Course Agreement for Physics 213 Fall 2004
I have read carefully, understand, and accept both content and
conditions in the course outline for physics 213.
Sincerely, _____________________________________________
Introduction to Mac Computers
Turning on and off
Open & Close folders
Create your own folder
Start & quit programs
Close file quit program Show Finder & About this Macintosh
under the Apple
Demo Wordperfect
Open Phy files, open Lab 1 write-up, save it in your own folder
Discuss the difference between an experiment and the write up. Don't
turn in the experiment with a lab write-up.
All programs are obtained from the colored apple in the top left corner of the menu bar (old macs), or in the Dock at the bottom of the screen (e macs).
*******************************************************
Guide to Lab Write-up:in brief
1. Introduction- What, why and how?
2. Data Sheet - organized, labeled with blanks to fill in, written up before class.
3. Analysis - Usually done on computer. Results must appear here! This is the deliverable for the lab.
4. DOA - Did we obtain expected results? If not, why not? Assessment of possible sources of error.
5. Conclusion - Summary statement, your opinion of the outcome. You must restate numerically the deliverables here!
Percent Difference between a and b =
Percent error for experimentally determined value =