GENERAL PHYSICS 1031 Course Syllabus, Spring 2005

TEXT:College Physics,Alan Giambattista, Betty McCharty Richardson, Robert C. Richardson, McGraw-Hill, 2004
ALSO REQUIRED: WebAssign Student Access Card
PREREQUISITE: credit in MATH 1116 Trigonometry or MATH 1126 Precalculus Trigonometry
TIME & PLACE: 6:00 - 7:15 MW in SC 1001
INSTRUCTOR: Dr. Sorinel A. Oprisan
OFFICE: Science Building, room SC 1047
PHONE: (504) 280 - 6714 or (504) 280 - 6851
EMAIL:soprisan@uno.edu
WWW:http://www.cns.uno.edu/~soprisan/
OFFICE HOURS:

Subject matter: This is the first semester of an introductory Physics sequence for science and engineering majors and others who need algebra-based physics. This section covers fundamental concepts of classical mechanics: one and two dimensions kinematics, Newton's laws of motion, rotations, work and energy, and momentum. It also covers fluids, elasticity, oscillations, and waves.

Objectives: There are two closely related learning objectives for this course. The first is for every student to acquire the ability to solve physics problems on the level of the homework problems and examples from the textbook. The second is for the student to come to an understanding of the concepts of physics to the level of being able to analyze novel problems on a level of the concept tests presented in class.

Recitation Sections accompany this lecture to help you with the conceptual understanding of subjects taught, and complement the lecture. The attendance and your active participation are highly desirable. 10% of your final grade for PHYS 1031 is based on the recitation section performance.

Attendance is required. Roll will be taken at each class.

Class participation: An important part of this class will be the concept tests presented in class as a challenge to the thinking and understanding of the student. Students are expected to not only attend class, but to participate actively in the discussion of the concept with their classmates and with the instructor. Responses will be recorded using an interactive classroom response system ("clicker"). These will be supplied by the department, and will have to be returned at the end of the semester. The total of the quizzes grades will contribute 10% to the overall grade. In addition, various other activities may be done in the class to facilitate student learning. Each student is expected to be an active participant in the classroom activities.

Homework assignments and grading will be done through the WebAssign program. Every student is required to purchase a Student Access card online or from the bookstore (approximately $10.00). To log on you need: username (use your UNO username), your institution (type uno - small letters), and a password (use your student identification number - numerals only). You may change this password after you log on. You can use WebAssign for the first week or two of the semester before paying the $10.00 registration fee. A student guide explaining how WebAssian works is available online and as a course document on Blackboard. Assignments and due dates are available online at http://www.WebAssign.net/student. These problem assignments constitute the primary means of meeting the problem-solving goal of the course. Group work is strongly encouraged, as this has been found to be an effective way to learn.

Exams: There will be one test every two chapters (4 - 5 tests) plus two exams. The tests will consist of a mix of concept questions and problems, and is in the format of multiple choices. The concept questions will be similar to the concept questions done in class. The problems will be similar to the assigned homework problems and examples given in the text. Each test is designed for 30 minutes. There is one Mid-semester examination (March 14, 2005) that covers chapters 1-6. The final is scheduled for MONDAY, May 9, from 5:30 PM to 7:30 PM in the regular classroom and covers chapters 7-12. If you know in advance you will miss a test or exam you should let me know as soon as possible.

Final grade: The final grade in the course will be based on a weighted numerical score tentatively composed of:

No extra credit work will be given. The grading scale is as follows: A (90-100); B (80-89); C (70-79); D (60-69); F (below 60).

Blackboard: UNO's web-based course information system will be used in this course to make course information and announcements available to you. You can access it from UNO's home page, www.uno.edu.

E-mail: Feel free to contact me by e-mail to ask for any assistance you need when working problems. Make sure you email me from your UNO account since all the other emails are discarded automatically. If you do use regular email, be sure to mention your name, course number, the chapter, and the problem number. Also check your UNO e-mail account since that is the means I will use to communicate with you.

Tutoring: UNO's Learning Resource Center provides physics tutoring during the fall semesters. Hours will be posted or you can contact the LRC at 280-7054 or http://lrc.uno-edu.

Accommodations for Special Needs Students: The University of New Orleans (UNO) is committed to providing for the needs of enrolled or admitted students who have disabilities under Section 504 of the Rehabilitation Act of 1973 and the Americans with Disabilities Act of 1990 (ADA). If you have a disability please contact the Office of Disability Services, University Center, Room 206 or call 280-6222 to make your needs known.

Academic Honesty Policy: Academic integrity is fundamental to the process of learning and evaluating academic performance. Academic dishonesty will not be tolerated. Academic dishonesty includes, but is not limited to, the following: cheating, plagiarism, tampering with academic records and examinations, falsifying identity and being an accessory to acts of academic dishonesty. Please read the UNO Judicial Code in the UNO Student Policy Manual that c can be obtained from the UNO Student Life Office, UC 260, 280-6222, or online by visiting the UNO home pace (Student Life Directory, The UNO Student Policy Manual)

Using WebAssign This class will do homework assignments through the WebAssign system. The WebAssign system uses the same problems as are in the textbook. The primary advantage to this system is that you get immediate feedback on your answers. This tells you instantly if you are doing the problem correctly, and gives you a chance for additional work more on the problems you get wrong. It also enables you to get a perfect score on homework, since many resubmissions are possible. The disadvantages of the system are that there is no partial credit and it is not possible to correct your approach to the problem or to grade diagrams. Please review the student guide at http://www.webassign.net/info/guide/index.htm for more detailed information on using the system. Student login is at http://www.webassign.net/login.html. You are required to purchase a WebAssign student access code available on-line with a credit card or from the cashier at the UNO Bookstore for about $9.00.
Important points:

Date Activities   Date Activities
01/17/05 Martin Luther King Holiday-University Closed.   03/16/05 7.3 Impulse-momentum theorem 7.4 Conservation of momentum 7.5 Center of mass 7.6 Momentum of center of mass 7.7 Collisions in 1D 7.8 Collisions in 2D
01/19/05 Introduction 1.4 Scientific notation 1.6 Dimensional analysis   03/21/05 March 21-27 Spring Break - No Classes
08/27/04 2.1 Forces
2.2 Fundamental forces
  10/22/04 8.7 Dynamics of rolling objects
8.8 Angular momentum
8.9 Angular momentum vector
01/24/05 2.1 Forces 2.2 Fundamental forces 2.3 Newton's Laws of Motion 2.4 Net Force   03/23/05 March 21-27 Spring Break - No Classes
01/26/05 2.5 Gravitational Forces 2.6 Contact Forces; 2.7 Tension   03/28/05 8.1 Rotational kinetic energy 8.2 Torque 8.3 Work done by torque 8.4 Equilibrium revised 8.5 Human body equilibrium
01/31/05 3.1 Position and Displacement 3.2 Velocity; 3.3 Acceleration Test review chapters 1-2

 

03/30/05 8.6 Rotational form of Newton’s Second Law 8.7 Dynamics of rolling objects 8.8 Angular momentum 8.9 Angular momentum vector
02/02/05 Test # 1 3.4 Newton’s second law 3.5 Motion with constant acceleration   Test review 9.1 State of matter 9.2 Pressure; 9.3 Pascal's principles 9.4 Gravity effect on pressure
02/07/05 February 5-9 Mardi Gras Holidays-No Classes.   04/06/05 Test # 3 9.5 Measuring pressure; 9.6 Archimedes' principle 9.7 Fluid flow; 9.8 Bernoulli's equation 9.9 Viscosity; 9.11 Surface tension
02/09/05 3.6 Falling objects 3.7 Apparent weight   04/11/05 10.1 Elastic deformation of solids 10.2-10.3 Hook's law 10.4 Share and volume deformation
02/14/05 4.1 Addition and subtraction of vectors 4.2 Components of vectors 4.3 Equilibrium 4.4 Velocity and Acceleration   04/13/05 10.5 Simple harmonic motion 10.6 Period and frequency of SHM 10.7 Graphic analysis of SHM 10.8 Damped oscillations 10.10 Forced oscillations and resonance
02/16/05 4.5 Motion of projectiles 4.6-4.7 Other examples Test review chapters 3-4   04/18/05 Test review 11.1 Waves and energy transport 11.2 Transverse and longitudinal waves 11.3 Speed of transverse waves on a string 11.4 Periodic waves
02/21/05 Test # 2 5.1 Uniform circular motion   04/20/05 Test # 4 11.5 Wave's mathematical description 11.6 Graphing waves 11.7 Principle of superposition
02/23/05 5.2 Centripetal acceleration 5.3 Banked curves   04/25/05 11.8 Reflection and refraction 11.9 Interference and diffraction 11.10 Standing waves
02/28/05 5.4 Circular orbits 5.5 Nonuniform circular motion 5.6 Angular acceleration; 5.7 Artificial gravity   04/27/05 12.1 Sound waves 12.2 The speed of sound waves 12.3 Amplitude and intensity of sound waves
03/02/05 6.1 Conservation law 6.2 Work done by constant force 6.3 Kinetic energy   05/02/05 12.4 Standing sound waves 12.5 The human ear 12.6 Timbre
03/07/05 6.4 Work done by variable force 6.5 Potential energy 6.6 Conservation of mechanical energy 6.8 Power   05/04/05 12.7 Beats 12.8 The Doppler effect; 12.9 Shock waves 12.10 Echolocation and medical imaging
03/09/05 Test review chapters 5-6 7.1 A vector conservation law; 7.2 Momentum   05/09/05 Final examinations Exam # 2; chapters 7-12 SC 1001; 5:30 – 7:30 PM
03/14/05 Mid-semester examinations. Exam # 1; chapters 1-6 SC 1001; 6:00-7:15 PM  





[Home] [Research interest] [Teaching experience] [Books] [Scientific papers] [Professional meetings] [My CV] [Links]