Dr. Dan Boye
|Classroom: Dana 146
Lecture: MWF 10:30 - 11:20 am
Text: Physics, 5th Edition, Giancoli
Lab: Dana 127, T or Th 1:00 - 4:00 pm
Office Hours: MWF 9:00-10:20, MWF 1:30-2:30, TTh 9-10 and nearly any other time by appointment
The fundamental concepts of electricity, magnetism, optics, relativity, and atomic & nuclear physics will be presented. A student's understanding of these topics will be evidenced through the use of fundamental concepts in solving word problems. Problem solving is an essential part of any physics course. The mental framework and question-answer dialogue needed to sharpen this skill will be developed.
Attendance: Attendance at class follows the College's 25% rule. It is one of the primary responsibilities of the student to attend each and every class. Each student is responsible for the material discussed in class and the announcements made in class. Absence from class does not relieve one from this responsibility. Please mark the roll on the side board each day you are in class. Attendance at all lab sessions and reviews is required.
Homework: Problems for a chapter will be turned in to be graded at the beginning of the next class period following completion of that chapter in lecture. Discussion among class members regarding homework problem strategies and solutions is strongly encouraged; however, copying another student's work from this class or any previous class is an honor code violation. The word Pledged along with your signature and the date written on your homework signifies your compliance with this requirement. Homework will not be accepted late or unpledged. Unsupported answers will not receive full credit. If you need help, please see me.
Reviews: The reviews and final exam will be comprised of problems similar to but not the same as those worked in the lecture and assigned for homework. They will also include definitions, explanations of phenomena and interpretations of physical principles. There is no need to memorize the solution to a specific problem. One should be ever-mindful as to how a problem is a specific case of a set of general physics laws.
Final Exam: The final exam will be a self-scheduled, closed book, comprehensive exam. Questions concerning material covered between the last review and the last day of class will be on the final exam.
|1/17||16||3/19||23||Physlets 23-1 , 23-2|
|1/27||17||Physlets 17-1 , 17-2||3/28||24||Q-9,11,12|
|1/29||18||Q-4,11,16||3/31||REVIEW II (Chpts. 20-23,25)|
|2/14||REVIEW I (Chpts. 16-19)||4/16||27||P-10,22,30,32,39,55,62|
|2/26||21||Physlets 21-1 , 21-2||4/28||31||Q-6,9|
|3/3-7||Spring Break!!!||5/2||REVIEW III (Chpts. 24,26,27,30,31)|
5/8-14 Self-Scheduled, Closed-Book Exam
|Jan. 13||Lab #1 Electrostatics|
|Jan. 20||No Lab|
|Jan. 27||Lab #2 Electric Fields and Potentials|
|Feb. 3||Lab #3 Ohm's Law|
|Feb. 10||Lab #4 DC Circuits|
|Feb. 17||Lab #5 Magnetic Fields|
|Feb. 24||Lab #6 Oscilloscopes and Multimeters|
|Mar. 3||Spring Break, No Lab|
|Mar. 10||Assessment, Smith Lecture, Wednesday evening (3/12) or Thursday (3/13) afternoon|
|Mar. 17||Lab #7 AC Circuits|
|Mar. 24||Lab #8 Lenses and Mirrors|
|Mar. 31||Lab #9 Interference and Diffraction|
|Apr. 7||Lab #10 Relativity|
|Apr. 14||Lab #11 Atomic Spectra|
|Apr. 21||No Lab|
|Apr. 28||Lab #12 Nuclear Radiation|