PH212L (Fundamentals of Physics II)Fall 2005

Dr. Xiaoliang Zhu (Leon) (xzhu@wells.edu) Zabriskie 202A ext 3287 (http://aurora.wells.edu/~xzhu/)
Teaching Assistant:

Melanie Jones, mjones@wells.edu, hours: 7:00-9:00pm, Wednesday, 202C in Zabriskie.

Rachel Remby, rremby@wells.edu, hours: 7:00-9:00pm, Sunday, Faculty Parlors.

Course Description

Here is the LectureSchedule, where you will find the topics discussed, on which days. Lecture notes are available here.

Fundamentalsof Physics II is the second of the three-part introductory physics series,intended for scientists, 3/2 engineers, and pre-health-sciences students. Thematerial covers a broad range of important topics, all of which use theabilities for physical analysis and mathematical abstraction that you alreadypossess. Replacing the direct thread of development of the theory, in FundamentalsI, Physics 212L has more of a thinking-like-a-physicist sensibility,brought to bear on topics ranging from material science, to oscillatory motion,to wave physics, to heat and thermodynamics, to simple electric circuits.You'll find that the material has applicability across the sciences.

Textbook and Other Tools

Hecht Physics:Calculus (2nd ed.) (volume 1) is ourtext. Toward the end we will use other sources, which I'll distribute.we may goa bit beyond the text. Calculus II (MA112) is expected at least concurrently,if not already taken. I remind you of the useful reserve sources for us, in thePhysics/Chemistry library: Fundamentals of Physics, by Halliday/Rensick/Walker, is a classic; Physics, by Tipler, is very clear and recommended; Physicsfor Scientists and Engineers byGiancoli, is nice too; in addition look at the two "outline"references, Schaum's Beginning Physics and the Harcourt/Brace/Jovanovich College Physics.

Topics to Be Covered

MATERIALSAND FLUIDS (Chapter 9): the physics of soft stuff

OSCILLATIONS(Chapter 10): a particularly important kind of motion

WAVES(Chapter 11): collections of oscillators (a "medium") generate newphenomena

THERMALPROPERTIES OF MATTER (Chapters 12 and 13): how solids and gases respond to heat

THERMODYNAMICS(Chapter 14): the physics of heat and work

BASICELECTRICITY (supplemental): voltage, current, resistance, and simple circuits

Basis of Grading

Homework/ClassParticipation

: (20%) Here is the regularly updated Homework Assignment Page. Volunteerism at the board isstrongly encouraged as are questions at any moment during class! Please do thehomework with enthusiasm and diligence - your exam scores benefit.

Laboratory

: (20%) In addition to short "tearoffsheets" accompanying most labs, you will need to prepare two (2) formallab reports at some point during the semester. You may miss any one lab duringthe semester.

Exams

: We will have three exams (low score dropped: 2x15% =30%), and a final exam (30%).

 

Physics related links

Wave applet  http://www.surendranath.org/Applets.html

Standing wave http://www.physics.smu.edu/~olness/www/03fall1320/applet/pipe-waves.html

damped harmonic motion    http://cat.sckans.edu/physics/shm.htm
driven harmonic motion       http://www.kettering.edu/~drussell/Demos/SHO/mass-force.html

Carnot Engine  http://www.corrosion-doctors.org/Biographies/carnotcycle.htm

 

Problem Review

(1)   prob. 41, page 605