PHYSICS 231N/226N University Physics
SPRING 2011
CRN Lecture/Lab 22760/22761 and 20173/20200 and 24815/24816
Course Instructor
Professor: Dr. Charles E. Hyde
Office: Room
215 Physics/ Oceanography Building (OCNPS)
Phone: 683-5853 (email is better than
phone)
Email: chyde
‘at’ odu.edu
Office
Hours: *Mon and Wed 4:00
– 4:59
pm in
the Physics Learning Center (OCNPS 2nd floor lobby), or
by appointment
Course Materials
- `Text: Understanding Physics
, 1st Edition by Cummings, Laws, Redish, and
Cooney (ISBN:9780470900963)

- Access packet for “WebAssign” online resources (comes with
2 semester bundle with text at ODU Bookstore).
- You do not need to
purchase a Laboratory Manual. Lab exercises will be handed out in
class.
- 'Clickers'
You must
purchase a
TurningTechnologies ResponseCard 'clicker' for in-class questions.
- Two
Bound
notebooks ( one each for Homework and Labwork)
- Optional Material: Spark Charts or Bar Charts for Physics
Course Schedule
Lectures: Room 142 Physics/Oceanography
Building (OCNPS).
CRN 22760 and 20173 MW 12:00pm - 1:50 pm
CRN 24815 MW 2:00pm -
3:50 pm
Labs:
Room 142 Physics/Oceanography Building (OCNPS).
CRN 22761 and 20200 F 12:00pm - 12:50 pm
CRN 24816 F 1:00pm - 1:50
pm
Final Exam: Room 142 OCNPS
CRN 22760 and 20173 Monday 2 May 2011
12:30 - 3:30 pm
CRN 24815 Friday 29 April 2011 12:30 - 3:30 pm
Course Information
Course Content
In this calculus-based course you will be introduced to some core
topics in physics - in particular the study of motion, or mechanics of
particles and extended bodies, including the the propagation of
waves in substances.
Course Description
Through in-class activities, lectures (very brief), laboratories,
reading and homework assignments you will learn how to use critical
thinking combined with mathematics to describe simple physical
processes and develop basic problem solving skills. In addition to
covering both theory and experiment, we will also use numerical
computation to model and visualize simple physical systems in order to
gain insight into the underlying physics. There will be both individual
and group activities. Group activities will stress teamwork and
communication skills. Unlike the traditional lecture format, in this
class we will rely on interactive instruction and cooperative learning.
Corequisite
Math 211 (Calculus 1) or equivalent is a corequisite for this course.
No prior physics knowledge or experience in computer programming is
assumed.
Reading Assignments
You will be given a reading assignment from the text for each
class. It is essential you complete the readings BEFORE
class. The in class exercises will be based on the text.
Homework
Physics is best learned by attempting to solve problems. In this way
you will become familiar with the concepts and comfortable with the
mathematical methods required. A good portion of in-class time will be
spent working on problems. In addition, you will be given a Homework
Assignments each week. You will submit your homework solutions online
using WebAssign. Assignment solutions will be posted on the
Blackboard Physics 231N website. Use of published homework solutions is
cheating.
WebAssign
The student access kit contains a code which will allow you to register
on WebAssign (www.webassign.net). When entering your UIN (here or
anywhere), be sure to include any leading zeros as the UIN may be read
as a text string instead of a number. The course ID on
WebAssign depends upon your section.
- Section: Phys226N, CRN 22760 WebAssign ID odu 3918 9701
- Section: Phys231N, CRN 20173 WebAssign ID odu 6531 9206
- Section: Phys231N, CRN 24815 WebAssign ID odu 3968 8085
Homework Journal
You should also keep a "homework journal" which shows how you solved
the problems from the homework assignments. Written work must show
labeled diagrams, defined variables, the appropriate physics
equation(s), the mathematical solution and units. This will be checked
and graded periodically.
Group Work
You will be assigned to a group of three students. Many class
activities will require you to work together with your
group. Further details of the group activities will be
given in class. Groups will be rearranged periodically.
Laboratory
Laboratory exercises will be integrated with in-class lectures and
activities. You do not need to purchase a lab manual. Lab handouts will
be distributed in class. Labs will vary in length and complexity and
will be done in groups. Some labs may require formal lab reports. These
should
follow basic scientific report guidelines. The report
should be concise, but should contain a basic description of the
equipment, proceedures, and raw results. The report should also
contain a narrative explanation of any questions/calculations that were
requested in the lab assignment.
Each group will submit a single lab write-up. To receive credit for the
lab report, you must have contributed to the lab report. If a member of
the group
does not contribute to the report, that person's name must not appear
on the lab report.
Quizzes
Quizzes will be given every Friday, except on exam weeks. A quiz
consists of a few short problem-solving and descriptive questions
designed to take you 20 minutes or less, if you are prepared.
Generally, these will be taken with no books or notes, though an
equation sheet may be used. There are no make-ups; however, the lowest
quiz score will be dropped.
Examinations
This course will contain three in-class examinations and a
comprehensive final exam. If you must miss an exam, contact Dr. Hyde as
soon as possible. Make-up exams will not be given but if you have a
legitimate reason for missing an exam, your final exam score will be
prorated, on a case-by-case basis. Exams are closed book, but you
will be allowed a single page (double-sided) formula sheet. All
exams will be in ONCPS Rm 142.
Exam Schedule
- Exam 1, Wednesday February 1: Chapters 1-4.
- Exam 2, Wednesday March 2: Chapters 1-8.
- Exam 3, Wednesday April 6: Chpaters 1-12.
- Final Exam (see above).
Final Course Grade
This course is not curved. All students can get an A.
A letter grade will be assigned at the end of the course on the basis
of numerical scores obtained from the three in-class exams, the final
exam, laboratory work,
homework assignments, lab reports, quizzes, class participation, and
end of term trend. The weighting will be approximately as follows.
In-class Exams
|
30%
|
Final Exam
|
25%
|
Homework
|
15%
|
Homework Journal
|
5%
|
Class Participation*
|
10%
|
Lab Reports
|
10%
|
Quizes
|
5%
|
*Class participation includes attendance, clicker questions, class
activities, etc.
Attendance
Attendance is mandatory. If you have to legitimately miss a class, it
is your responsibility to find out what you missed. Additionally, if
you know you are going to be absent, please inform your team members so
they are prepared to be short-handed that day.
The Physics Learning Center
Help with any aspect of physics is available in the Physics Learning
Center (2nd floor, PSB), Monday-Friday 9am - 5pm.
The Physics Learning Center is a place where students can get together
to work on their homework and get assistance, if needed, from physics
faculty and grad students. No appointment is necessary. Students in all
introductory classes are encouraged to drop by the Learning Center for
help on homework, lab, lecture, other course material, or just for a
place to work while in the physics building. Note: staffing of the
Physics Learning Center starts the second week of classes. More info,
including a detailed staffing schedule, can be found at the following
link:
University Honor Code
You are expected to conform to the University Honor Code in all aspects
of your conduct in this course. You may work with others on the
homework assignments and laboratory work, however, what you submit must
represent your own understanding of the problem. Submitting answers
online for problems that you have not worked out is cheating.
Misconduct of any form will not be tolerated.