Physics 222 |
Elements of Physics - II |
Fall 2007 |
Required: Serway & Faughn, College Physics, 7th Edition
Suggested: Schaum's Outline of Physics for Biology and Pre-Med, Biology, and Allied Health Students by George J. Hademenos or any other similar physics problem solving book.
This course is intended to provide a foundation on Electricity & Magnetism, and Modern Physics (Relativity and Quantum Physics).
The course and textbook presume a familiarity with either an introductory
calculus course (Math 141) or a precalculus course (Math 130).
It is also expected that you have completed Physics 221.
The semester grade will be determined from the following:
There will be three 1 Hour Tests, counting for 34% ( The 1st two exams count 12% each while the 3rd exam counts 10%) of the final grade and one Final Exam counting for 24% of the final grade. The final exam is cumulative. No hour exam score will be dropped and ordinarily no make-up hour exams will be given. However, if there are documentable circumstances, a makeup will be considered. Hour exams will be closed book, but a list of useful equations and constants will be provided.
A MISSED FINAL EXAMINATION IS EXCEPTIONALLY SERIOUS
While laboratory work will be graded by each Lab Instructor independently, an effort will be made to insure a uniform grading policy between different laboratory sections.
Laboratory make-ups are entirely at at the lab instructor’s discretion and arrangements for such must be made with the lab instructor.
Homework sets will be assigned using the On-Line CAPA software system ( http://homework.phys.utk.edu/). The availability of the problem sets will be announced in class with the available time for each set being ~ 1 week. Due dates for problem sets are firm.
NO EXTENSIONS OR MAKE-UP PROBLEM SETS WILL BE GIVEN
Your grade will be determined using the number determined from the above description. The grade boundaries are:
| A | 90 and above |
| B+ | 88 and above |
| B | 80 and above |
| C+ | 78 and above |
| C | 70 and above |
| D | 60 and above |
| F | below 60 |
If you have difficulty in solving problems, you can find some problem solving tips at http://cpt.phys.utk.edu/~th/tips.html
| Examination | Date | Review Material | Formula Sheet | Exam Solutions | Date Returned |
| Test I: | Sept. 20 8:10-9:25 am |
Exam I | Formula & Constants I | Exam01 | Oct. 4, 2007 |
| Test II: | Oct. 25 8:10-9:25 am |
Exam II | Formula & Constants II | Exam02 | Oct. 30, 2007 |
| Test III: | Dec. 4 8:10-9:25 am |
Exam III | Formula & Constants III | ||
| Final Exam: | Dec. 13 8:00-10:00 am |
Final | Formula & Constants III |
Dates for hour exams are provisional and are subject to change as situations may warrant. Date changes will be announced in class. It is the student’s responsibility to verify exam dates.
If you have any questions concerning the grading of a particular examination, you have one week from the time that the examination is returned in class. After one week, the grade is final!
Please note that in the grading of individual problems, a correct answer obtained by erroneous means will count for zero points.
As some of your colleagues have access to previous exams, in order to level the playing field for all, previous exams and their solutions are being made available to one and all. Note that the exams for this semester may or may not be like previous years.
| Term | ||||
| Fall 2006 | Exam 1 | Exam 2 | Exam 3 | Final |
All work submitted by a student is expected to represent their own work. Students are expected to enter their own homework on the CAPA system without assistance from others. Students are expected to perform all work in conformance with the University policies regarding Academic Honesty.
The class will meet formally 28 times with 25 lectures and 3 hour exams. It is expected that the student will have read through the material that is to be covered for a particular class.
| Class # | Readings/Lectures | Subject Material |
| 00 | Introduction | |
| 01 | Chapter 15 (Sects: 1 - 5) | Electric Forces & Fields |
| 02 | Chapter 15 (Sects: 6 - 9) | Conductors; Gauss’s Law |
| 03 | Chapter 16 (Sects: 1 - 5) | Electric Potential & Potential Energy |
| 04 | Chapter 16 (Sects: 6 - 10) | Capacitors Worked Examples |
| 05 | Chapter 17 (Sects: 1 - 5) | Electric Current & Ohm's Law |
| 06 | Chapter 17 (Sects: 6 - 9) | Electric Energy |
| 07 | Chapter 18 (Sects: 1 - 4) | DC Circuits & Kirchoff's Rules Kirchoff Solution |
| 08 | Chapter 18 (Sects: 5 - 8) | RC Circuits |
| 10 | Chapter 19 (Sects: 1 - 5) | Intro Magnetism Magnetic Fields & Forces |
| 11 | Chapter 19 (Sects: 6 - 10) | Sources of Magnetic Fields |
| 12 | Chapter 20 (Sects: 1 - 5) | Induced Emf & Faraday's Law |
| 13 | Chapter 20 (Sects: 6 - 8) | RL Circuits |
| 14 | Chapter 21 (Sects: 8 - 12) | Maxwell's Equations & Speed of Light |
| 15 | Chapter 26 (Sects: 1 - 10) | Special Relativity |
| 18 | Chapter 27 (Sects: 1 - 5) | Particle Nature of Light |
| 19 | Chapter 27 (Sects: 6 - 9) | Wave Nature of Particles & Uncertainty Principle |
| 20 | Chapter 28 (Sects: 1 - 5) | Atomic Spectra & Pauli Exclusion Principle |
| 22 | Chapter 28 (Sects: 11 - 14) | Lasers & Semiconductors |
| 23 | Chapter 29 (Sects: 1 - 4) | Nuclear Physics |
| 26 | Chapter 30 (Sects: 6 - 16) | Elementary Particles |
| 27 | Exam 3 | Dec. 5 |
| 28 | Final Exam | Dec. 14 |
Lecture slides will be posted as PDF files as the lectures and the semester progresses.