Rutgers University Department of Physics and Astronomy

PHYSICS 106 – SPRING 2012

CONCEPTS OF PHYSICS FOR HUMANITIES AND SOCIAL SCIENCE STUDENTS

COURSE OUTLINE

TIME & LOCATION

Monday/Thursday

11:30 a.m. – 12:50 p.m.

Van Dycke 211, CAC

 

INSTRUCTOR

Dr. Slawomir Piatek

Office: Serin Labs (West) 335, Busch Campus

Phone: (732) 445-5500 x8250

Email: piatek@physics.rutgers.edu

Office hours: Monday and Thursday, 10:00 AM - 11:00 AM

 

TEACHING ASSISTANT

August Krueger

Office: Serin Labs (East) 372, Busch Campus

Email: akrueger@physics.rutgers.edu.

For questions about homework and mini-labs, send email to August and please be sure to include "Phys 106" in the subject line of your email.

Office hours: Monday, 2:00 PM - 4:00 AM

 

TEACHING ASSISTANT (VOLUNTEER)

Mr. William DeBuvitz

Office hours: Friday, 10:00 AM - 12:00 AM, Scott Hall 105, CAC

 

TEXTBOOKS

There are two required textbooks:

·   Hobson, Physics: Concepts and Connections, 5th Edition, Pearson, 2009

o  Unbound 3-hole: ISBN 978-0321-696-045

–or–

o  Bound paperback: ISBN 978-0-321-66113-5

 

·   Muller, Physics for Future Presidents, Norton, 2009

o  Bound paperback: ISBN 978-0-393-33711-2

 

Hobson is the main text. Note that the campus bookstore will carry the unbound version for sale; this has the advantage that you can carry just the pages needed for the current topics in your own binder, mixing in your own notes, etc. If you prefer a regular bound copy of the text, please buy the paperback version from an online bookseller (or you could try to buy it used, but if you do, be sure it is the 5th edition!)

 

Muller will be used for occasional assigned readings and homework questions. It is also available at the campus bookstore.

 

MINI-LABS

There will be seven Mini-Labs due during the semester, or about one every two weeks. You should buy a "Composition Book" to use as a lab notebook; each mini-lab and its results should be recorded in this lab notebook. These will be collected and graded twice; once on March 1 (for Mini-Labs 1-3) and again on April 26 (for Mini-Labs 4-7), but within those parameters you can schedule your labs as you see fit. You will do most of these at the Math/Science Learning Center (MSLC), but some may be done at home. Please see the Mini-Lab Guidelines for how your lab assignments should be written.

 

COURSE WEB PAGE

We will be using the Sakai system for this course.  Go to sakai.rutgers.edu and log in using your RUID and password.  Click on the “Phys 106” tab to enter the course site.  If you have trouble logging in, please send me or my teaching assistant an email. Homework assignments, important information about the course, and useful links to websites will be posted here, so check it regularly.  You can access Sakai using your own computer, or any of the student computing center machines (for locations and hours, see rucs.rutgers.edu/services/instruction/index.html).

 

MATH/SCIENCE LEARNING CENTER (MSLC)

The Math/Science Learning Centers, located on the Douglass and Busch campuses, are there 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. Note that the assigned mini-labs should be done at the Busch MSLC, not the Douglass one.

 

HOMEWORK

Homework questions will be assigned each week, through the Sakai system.  Each assignment will consist of several multiple-choice and written-answer questions.  Homework will be due by 5:00 am Monday of each week, and no late submissions will be accepted.   Do not wait until the last minute to complete and submit your homework assignments!

 

EXAMS

There will be two exams: an in-class midterm exam on March 3 and the final on May 3 (Thursday) 8:00 AM - 9:30 AM in Van Dyck 211.  Both exams will be closed-book format, and will consist of multiple-choice, computer-graded questions.  Material from the text, lectures, and homework assignments will be used in selecting exam questions.  The final exam will not be cumulative.  A make-up exam will be offered for each exam for those with excused absences.

GRADING

Your course grade will be determined by: midterm – 30%, final – 30%, homework – 30%, lab notebook – 10%. No extra-credit assignments will be offered. The course grade will be assigned based on the following grade matrix:

 

            85% -100% A

            80% - 85% B+

            70% - 80% B

            65% - 70% C+

            50% - 65% C

            40% - 50% D

            0% - 40% F

 

STUDENTS WITH DISABILITIES

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

 

CLASS CALENDAR

LECT.

DATE

TOPIC

HOBSON

READING

MULLER

READING

ITEMS

DUE

MSLC

MINI-LAB

 

1

 

1/19

 

WHAT IS PHYSICS?

 

1

 

-

 

VISIT MSLC

2

3

1/23

1/26

ASTRONOMY: ANCIENT, MODERN

SOLAR SYSTEM

-

-

15

-

 

DISTANCE TO

THE MOON

4

5

1/30

2/2

UNIVERSE

ATOMS, MOLECULES, & MATTER

-

2

17

-

HW 1

 

 

6

7

2/6

2/9

GALILEO, MOVING BODIES

NEWTON'S LAWS I

3

4

-

-

HW 2

 

AIR CAR

8

9

2/13

2/16

NEWTON'S LAWS II

CIRCULAR MOTION

-

-

-

-

HW 3

 

 

10

11

2/20

2/23

GRAVITY & ASTROPHYSICS

ENERGY

5

6

16

-

HW 4

 

MOON DROP

AND PENDULUM

12

13

2/27

3/1

CONSERVATION LAWS

TEMPERATURE & HEAT

-

7

-

-

HW 5

LAB NOTEBOOKS

 

14

15

3/5

3/8

MIDTERM EXAM (LECTS. 1-12)

ENTROPY, HEAT ENGINES

-

-

-

-

 

SPECIFIC HEAT

-

-

3/12-

3/19

SPRING BREAK

-

-

-

-

 

 

16

17

3/19

3/22

(ELECTRICITY DEMOS)

ELECTRICITY & MAGNETISM

8

-

-

-

HW 6

 

ELECTRIC

MOTOR

18

19

3/26

3/29

MOTORS AND GENERATORS

WAVES AND SOUND

-

9

-

-

HW 7

 

 

20

21

4/2

4/5

LIGHT & EM RADIATION

GLOBAL WARMING

-

-

18

23-25

HW 8

 

 

22

23

4/9

4/12

RELATIVITY - SPACE, TIME

RELATIVITY - ENERGY, GRAVITY

10

11

-

-

HW 9

 

MUON DECAY

24

25

4/16

4/19

QUANTUM - HISTORICAL INTRO

QUANTUM CONCEPTS

12-13

-

-

-

HW 10

 

ATOMIC

SPECTRA

26

27

4/23

4/26

NUCLEI, RADIOACTIVITY

FISSION & FUSION

14

15

Two of 8-14

pp. 188-9

HW 11

LAB NOTEBOOKS

 

28

 

4/30

5/3

ELEMENTARY PARTICLES

FINAL EXAM (LECTS. 13-28)

17

 

-

 

HW 12