LAWRENCE UNIVERSITY
Winter 2007

INSTRUCTOR: Megan K. Pickett
OFFICE: Youngchild 105
OFFICE HOURS: MTW 1:30-3pm; F 10am-11am; & by appointment
PHONE: (920) 993-6269
EMAIL: megan.pickett@lawrence.edu

LECTURE TIMES: MWF 11:10-12:20 AM
LECTURE ROOM: YOU 121
LAB TIMES: R 8:00-11:00am OR 1:00-4:00pm
LAB ROOM: YOU 118
CLASS WEBSITE: http://www.lawrence.edu/fast/pickettm/p130w07/

Welcome to Physics 130, Foundations of Physics II. During the term, we will explore the physical principles of electricity, magnetism, light, and modern physics both qualitatively and quantitatively. While the subjects are diverse, together they solidify our fundamental understanding of how the Universe operates, from subatomic particles to stars. Moreover, the physics you will learn underlies much of the technology developed in the last 100 years, including electric appliances and components, medical imaging techniques, power generation and transmission, telecommunications, optics, and lasers. In the current century, we will almost certainly see tremendous advances in communications, transportation, computing, and energy production. It is my hope that this course will provide you with the tools and understanding to appreciate the physical Universe in which we live, and the marvels (and occasional nightmares) that human beings have accomplished harnessing this knowledge.

The course is designed for science students who do not plan to specialize in physics. As such, a certain (but not high) level of mathematical sophistication and problem solving skills are expected. Furthermore, a basic understanding of the concepts in PHYS 120, particularly vector mathematics, forces, potentials, torques, and energy are necessary. Please see me during the first week if you are uncertain about your background preparation; I am more than happy to set aside time to help.

I will supply example problems throughout the term on the course website, and before each exam there will be a list of sample exam questions from a previous, similar course I taught at Purdue. There will also be weekly help/review sessions conducted by myself and staff from the CTL. These review sessions will be for an hour, probably on Sunday nights. Details will be available in class.

My goals for the term are that:

1. students will learn and appreciate the nature, behavior, and constituents of the Universe;
2. students will learn how to use basic principles of physics to deduce the physical processes behind a variety of phenomena; and
3. the course will foster open, honest, and critical inquiry inside and outside the lecture.

The first goal is a rather standard expectation for a physics class. The second goal requires that you develop a sense of intuition regarding the problems you will face in this course. While I will of course want you to gain a facility with the equations presented, I think understanding the physics behind the equation is even more important. I will stress problem-solving techniques and tips on how to recognize when the answer to a question "seems" right or wrong. Conceptual learning is therefore key.

The last of these goals is perhaps the most important. One of the key ingredients to scientific exploration is skepticism. Note that there is a fine line between healthy skepticism and cynicism (which is not useful in science). If something seems wrong or confusing, or there seems to be little justification for an assertion made in lecture, I encourage you to call me on it! Without open and critical inquiry, science simply could not progress.

-Hypatia of Alexandria

-Anon

TEXT: Physics, Fifth Edition, Giancoli

READINGS: I expect you to read through the assigned reading prior to class. This will enhance your learning and make our class time more useful.

QUIZZES: Every week there will be at least one short quiz. The quizzes will be unannounced and may occur at any time during the lecture. Typically each quiz will consist of two (2) multiple choice questions and one (1) computational problem. The multiple choice questions will be a combination of conceptual problems and questions based on your reading. You will be supplied with the appropriate equations and constants for the short computation question. You'll have 10 minutes to complete each quiz.

These quizzes are NOT meant to be difficult; I assign them to reward you for reading the text and coming to class prepared, as well as to give you an idea of what to expect on the exams. I will drop your lowest quiz if you come to my office hours at least once during the term to ask a class- or physics-related question.

ASSIGNMENTS: Problem sets will be assigned about every week. I encourage cooperation between fellow students; however, you must turn in your own work. The problem sets are meant as an additional study aid for the exams. I will drop your lowest homework score if you turn in EVERY assignment AND make an honest attempt to answer EVERY question. Absolutely no homework will be accepted late. See the schedule for the problems and when they are due.

CONCEPTESTS: "ConcepTests" are conceptual exercises during the lecture. The goal is to encourage interaction between students as well as between lecturer and student. Your answers to these are not graded, but many of my past students have found these exercises invaluable to understanding course material. I will discuss these in more detail during the first lecture.

TESTS AND FINAL: There will be two tests and a final in this course. Much of the exam questions will be based on homework, quiz, and ConcepTest questions. The final examination will be cumulative, while emphasizing material covered since the third test. The cumulative section of the final will be based on the questions in the first two exams that gave the class the most difficulty. I design the final in such a way in order to reduce the amount you need to study at the end of the year as well as offer the class a chance at showing me that it has mastered problems that caused difficulties earlier.

All exams are closed book and closed notes, although each exam will include a list of useful (and not particularly useful) formulae. You will therefore not need to memorize equations, but you will have to be able to recognize which formula is appropriate and what it means (see above). You may use a calculator on exams, but ONLY FOR COMPUTATION. You are NOT allowed to store information or connect to the internet with devices such as PDA's.

LABORATORY EXERCISES: Each week you will meet in one of two separate laboratory sections (see schedule). We will discuss the labs in more detail when we have our first meeting, which will be on the Thursday AFTER the first week of classes. No lab section will meet during the week of the midterm reading period.

COURSE GRADE:

Grades will be curved. At a minimum, I will guarantee the usual curve, i.e. A = 100-90%, B = 89-80%, C = 79-70%, D = 69-60%, F = 59% and lower. The average score in the course usually determines the lowest B grade. For example, if the course average is 75%, then the C's will run from 65% to 74%; B's will run from 75% to 84%, and the lowest A would be an 85%. If, on the other hand, the class average is a 94%, I will use the standard curve (C's run from 70 to 79%, and so on). I set no quota for the number of grades I hand out; I would be absolutely ecstatic and pleased beyond all reasonable measure to give all A's to a class that earned it. Surprised, to be sure, but ecstatic all the same.

ATTENDANCE & MAKE-UP POLICY: Attendance is extremely important in this and all classes, given the 10 week pace of the term, and the extensive ground we will cover in that time. Attendance will be measured informally by the quizzes, which, as I mentioned above, may happen at any time, and ConcepTest participation.

All assignments and lab reports are due on the day given in the class schedule. Make-up midterms will be possible ONLY if I am notified prior to the exam AND I approve the excuse.

ACADEMIC DISHONESTY: Academic dishonesty of any sort will not be tolerated. Academic dishonesty includes, but is not limited to, plagiarism, cheating on exams, falsifying experimental data, and providing unauthorized aid to another student. You must write and sign the honor code on everything you submit to me for grading.

ADA AND ANTI-DISCRIMINATION STATEMENT: In compliance with the Americans With Disabilities Act (ADA), all qualified students enrolled in this course are entitled to reasonable accommodations. It is your responsibility to inform me of any special needs you may need before the end of the second week of classes. I also believe firmly in the right for each student to be respected, both by a student's peers and his or her instructor. I am therefore strongly committed to ensuring that the antidiscrimination policy established at Lawrence will be honored in my class.