Rutgers University Department of Physics and Astronomy

PHYSICS 106, SPRING 2010

CONCEPTS OF PHYSICS FOR HUMANITIES AND SOCIAL SCIENCE STUDENTS


ANNOUNCEMENTS

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TBA means "to be announced"; stay posted...

POSTINGS



GENERAL INFORMATION

This course is designed for humanities and social science students. There are no prerequisites and no mathematical problem-solving. The course will focus upon major astronomical and physical discoveries in the scientific and social context of their time, from Aristotle to the present. Topics will include Greek astronomy and science, Galileo, Newton, the mechanical universe, gravity, entropy, the arrow of time, electricity, magnetism, electromagnetic induction and waves, optics, relativity, quantum theory, X-rays, atoms, nuclei, anti-matter, and black holes. The emphasis will be on understanding the world in which we live and how things work around us, from nature, to simple devices, to high-tech equipment. The course will be conceptual, qualitative, and, hopefully, student-active, with class discussions and simple hands-on experiments conducted at the Math/Science Learning Center.


Instructor

Prof. David Vanderbilt
Office: Serin E275
Email: dhv@physics.rutgers.edu
Phone: 445-5500 x2514
Office hours: TBA

Prerequisites

None.

Teaching Assistant

TBA. For questions about homework, send email to TBA.

Lectures

Monday and Thursday, 3rd period, 11:30-12:50, Van Dyke 211, CAC.

I-Clickers

I-Clickers will be used during the lectures. I-Clicker responses will be used to gauge attendance at lectures, but otherwise will not be used for grading purposes.

Textbooks

There are two required textbooks:

Hobson is the main text; note that this is a new edition, so used versions of this text are not available; purchase the 5th edition. Muller will be used for occasional assigned readings and homework questions. Both books are available at the campus bookstore.

Syllabus

TBA

Mini-labs

One every two weeks, on your own schedule. You will do most of these at the Math/Science Learning Center (MSLC, see below), but some may be done at home. Each mini-lab and its results should be recorded in a class notebook which will be collected for grading twice during the semester (tentatively, at lectures 13 and 28).

Homeworks

The homework assignments will be posted on the course Web Site for each week and will be due on Mondays. No homework is due or collected in class on Thursdays. Graded homework is returned in class on Thursdays. Late homework will not be accepted for any excuse. Each student's three lowest homework scores in the semester will be dropped.

Each assigned homework problem is essentially an essay question that should be answered by a short, clear, germane, and correct statement, or, sometimes, a short paragraph. These questions often are to help students learn to think critically, and the style of an answer is often as important as its content. In general little or no credit will be given for answers such as any of the following:

Students are encouraged to study together and to discuss the homework questions and their possible answers with each other, but each student should construct the written answers for himself or herself, and certainly not simply copy another student's answer(s).

Grades

There will be a homework assignment due in class every Monday based upon the previous week's reading assignment, a simple mini-laboratory experiment every other week, a midterm exam, and one final exam. Late homework assignments and lab notebooks are not accepted. The three lowest homework assignment grades for each student will be dropped at the end of the semester. The basis of the grades will be:
         Homework:   25%
Lab Notebooks: 15%
Attendance (I-Clicker): 5%
Midterm Exam: 20%
Final Exam: 35%

Midterm and Final Exams

TBA

Help and Discussion Sessions

Professor William DeBuvitz will be conducting help and discussion sessions every Friday during 10:00am-12:00noon in Scott 103. All students are invited and encouraged to attend for any session or portion to better learn and understand the course material.

How To Study For This Course

From experience, we know that in order to be successful in this class, consistent weekly effort is required on your part. You need to "socialize" the material, to turn it around in your own mind, to get acquainted with it in several ways, and to discuss it with other students in the class. Try also to study with friends. Through discussions, especially through explaining concepts to others, you will understand the material in a deeper way. Do not hesitate to contact your instructors, but do this as early as possible. With most things we can help you, if we know about them early.

Study Groups

You are strongly encouraged to form your own informal study groups. The best way is to form a group of 3-4 people and get together at a regular time once a week to thrash out your difficulties with homework assignments, laboratory experiments, etc. You are encouraged to do the experiments in small groups, if possible (but each person must keep a separate class notebook and record the laboratory results in his/her own handwriting). Also, it's more fun to work in groups!

Math/Science Learning Center (MSLC)

The Math/Science Learning Center, located on the third floor of the Allison Road Classroom Building, Busch Campus is a facility to assist students studying physics and related subjects. It is your center and is mostly student run. You will find convenient study space and small classrooms for discussions and experiments. Tutors are available during the day and evening hours. Please visit the MSLC Web site.

Students with disabilities

If you have a disability, you are urged to speak to Professor Vanderbilt early in the semester to make the necessary arrangements to support a successful learning experience. More information is available here.

Web site

If you are looking at a paper copy of this document, it is actually a printout of the course home page located at http://www.physics.rutgers.edu/ugrad/106. Please bookmark this location. It will be used frequently for listing homework assignments and communicating other details about the course.

Back to Rutgers Physics Home Page

Please send any comments on this page to dhv@physics.rutgers.edu.