COURSE OUTLINE
SPRING 2008

 
 

Final Exam


Final Exam:  May 1 (Thursday), 12:00 - 1:50 pm, in 103, 110, 141 PS.

There will be 6 problems. The first one contains 10 multichoice questions with 5 points each. The other 5 problems need detailed steps with 30 points each. This exam covers Chapter 1-15 (Chapter 15, 15.1 to 15.4 only).

For possible mitstakes in grading of exam #3, please contact the grader and your TA for grade update.
   Problem #1: A. Xie
   Problem #2: Zeke
   Problem #3: Hatim
   Problem #4: Hamid

Office hours information (Added on 04/28/08):

MTW: 9:00-11:00am in PS 052 (the Help Session Room) by Dr. Paul Westhaus

Thursday: 9:30-11:30 am, PS 231 by Dr. A. Xie.

 
 
Course

Physics  2014, General Physics I

   
Meeting time & Place TTH 9:00 – 9:50 AM (Phys2014.1), 10:30-11:20 AM (Phys2014.2), PS 141
   

Instructors

 

Dr. S. Nandi, Regents Professor, Department of Physics
Office: PS 227, 744-5805, e-mail: s.nandi@okstate.edu
Dr. A Xie, Professor, Department of Physics
Office: PS 231, 744-6589, e-mail: xaihua@okstate.edu

   

Office Hours

 

Nandi:    Tuesday 11:30 am – 12:30 pm & 2:30 pm – 3:00 pm,
Thursday 11:30 am – 1:00 pm, or by appointment
A.Xie:     Tuesday 11:30 am – 12:30 pm
Thursday 1:00 pm – 3:00 pm, or by appointment

TA discussion office hours: PS 052 (Basement)
Abdelhamid: Monday 12:00pm-2:00pm, Wednesday 10:00am-12:00pm
E-mail: abdelhamid.albaid@okstate.edu
Hatim: Monday 8:00am-10:00am, Friday 10:30am-12:30pm
E-mail: hhegab@gmail.com
Zeke: Monday 2:00pm-4:00pm, Wednesday 2:00pm-4:00pm
E-mail: zekemurdock@gmail.com

   

Text

Physics for Scientists and Engineers, Randall D. Knight, Addison Wesley Publishing,
ISBN: 0-8053-8960-1

   
Laboratory Manual General Physics Lab Manual, Physics 1114 and 2014, OSU Department of Physics
   

Lab coordinator

Ms. Melissa Edwards
Office: B-57B PSII, Phone:  744-0303, E-mail: melissa.g.edwards@okstate.edu
   
Recitation teaching assistants Abdelhamid Albaid, Hatim Hegab, Zeke Murdock
   
Material to be covered Chapters 1 through 15 plus selected materials from Chapters 16 through 19 as time permits
   
Prerequisites MATH 2144 (Calculus I) or concurrent enrollment

This is a calculus based first course in a two semester general physics sequence for science and engineering majors.  This course provides a basic foundation for your further studies in Science and Engineering.  The course has three components: 2 lectures (TTH), one discussion (F) and one lab per week.  Regular attendance in all three is required for successful completion of the course.

Lectures: The class lectures will be on Tuesday and Thursday, 9:00 - 9:50 am and 10:30 - 11:20 am.  Due to the large amount of material to be covered in this course, it will not be possible to cover everything in lecture.  The lecture classes will be utilized for the introduction to and illustration of some of the more important and difficult concepts, and the application of these concepts.  In order for the lectures to have a maximum effectiveness, you need to come prepared.  The textbook gives an excellent coverage of the material to be covered in this course.  It is absolutely essential that you read the assigned material in the text BEFORE the lecture. 

Recitation (Discussion Section):  These will be devoted to discussions of problems, administration of quizzes and also the discussion of physics materials not fully covered in the class lecture.  Your recitation instructor will work out one or two typical example problems (not homework) which will help you to understand more deeply the materials covered in the class as well as your homework assignment.  You are strongly encouraged to discuss with your discussion leader the topics we could not cover in detail in classes or any material that you do not clearly understand.

Exams: There are three evening exams and a comprehensive final that will be given at the times listed in the schedule below.  Books, Math tables, dictionaries, other written materials and scratch papers are not permitted.  You may use an electronic calculator in the exams, but obtaining programmed information from a programmable calculator is not permitted.  All problems, except multiple choices, must clearly show the physical principles being used, the substitution of any number into the calculation and the answers.  All work must be done directly onto the exam paper provided.  NO make-up exams will be given.

 

EXAM SCHEDULE

First Exam

Thursday

February 7

5:30 - 6:30 pm

PS 103, 110, 141

Second Exam

Thursday

March 6

5:30 - 6:30 pm

PS 103, 110, 141

Third Exam

Thursday

April 17

8:30 - 9:30 pm

PS 103, 110, 141

FINAL EXAM

Thursday

May 1

12:00 - 1:50 pm

PS 103, 110, 141

 

Exam Rooms: If your recitation instructor is Abdelhamid Albaid; all your exams will be in PS 103. 
 

If your recitation instructor is Hatim Hegab, all your exams will be in PS 110.

 

If your recitation instructor is Zeke Murdock, all your exams will be in PS 141.

  If your recitation class is on Friday, 12:30-1:20 PM, all of your exams will be in PS 141.

 

 

Homework: The homework assignments are an essential part of the course.  It is by doing these that you develop the problem solving skills that are required for success on the exams, and that are fundamental to your future studies in science and engineering.  Homework will be assigned each week, and the due dates will be announced in the class.  Homework is to be submitted to the recitation instructor at the beginning of your discussion section on the due dates.  You are required to submit all the homework assigned.  Only a selected number of problems and/or exercises of each of homework will be graded.  You may consult with your classmates on homework, but you should be certain that you understand each problem.  Your recitation instructors and I will provide assistance with your difficulties in solving problems during our scheduled office hours.  The assigned problems represent only the minimum effort you should make outside the class.  You should expect to work considerably more problems if you wish to earn an A or B.

Quizzes: There will be a total of seven quizzes given in the recitation classes over the material covered since the last quiz.  Each quiz will be graded in detail.  Like exams, all quizzes are closed books, and the same restrictions, as for the exams, apply.

Laboratory: The laboratory experiments are designed to provide first hand experiences with the physical laws and phenomena covered in this course.  The lab is a discovery experience, so sometimes the experiments will lead the lectures.  The Laboratories are under the supervision of Ms. Melissa Edwards.  Her office is located in the basement of the Physical Science II Building, Room B-57A.  You will get a copy of the Lab Manual in the first Lab Meeting.

Drop, add and special accomodation for students with disabilities:  The current university drop and withdrawal policy will be strictly followed.  The students should make themselves familiar with this policy to avoid problems later in the semester.  A copy of the “Oklahoma State University syllabus attachment, Spring 2008” is included with this course outline.

Excused absences:  With an acceptable or timely written excuse, a maximum of one exam, one quiz or one lab may be excused.  Excuses will normally be accepted only for personal illness (documented by a doctor’s certificate), or serious family emergencies (suitably documented).  Excuses for quizzes should be presented to your discussion leader, for lab to the lab coordinator or for exam to me.  The excuse must be presented within one week from the missed assignment.  I reserve the unconditional right to judge whether an excuse is acceptable.

Academic Dishonesty or Misconduct

The University policy regarding academic dishonesty or misconduct will be strictly followed.

 

Grading: Grades will be determined on the basis of 1000 points apportioned as follows:  

Exams ( 3 at 120 each)

360

Homework

120

Quizzes (Best 6 of 7 at 20 each)

120

Laboratory

200

Final Exam

200

 

1000

The grading scale will be approximately:

  A > 880 > B > 780 > C > 650 > D > 550 > F

The actual dividing lines will not be higher that these. They may be lowered to reflect the class distribution.

 

 

  PHYSICS 2014 RECITATION SECTION ASSIGNMENT

 

Recitation Sections:
     

Phys 2014 (1,2,3)

Fri 10:30 - 11:20 am

PS 112

Abdelhamid

Phys 2014 (4,5,6)

Fri 11:30 - 12:20 pm

PS112

Abdelhamid

Phys 2014 (7,8,9)

Fri 11:30 - 12:20 pm

PS 121

Zeke

Phys 2014 (13,14,15)

Fri 1:30 - 2:20 pm

PS 112

Zeke

Phys 2014 (16,17,18)

Fri 8:30 - 9:20 am

PS 112

Hatim

Phys 2014 (19,20,21)

Fri 9:30 - 10:20 am

PS 112

Hatim

Phys 2014 (22,23,24)

Fri 8:30 - 9:20 am

PS 121

Abdelhatim

Phys 2014 (25,26,27)

Fri 2:30 - 3:20 pm

PS121

Hatim

Phys 2014 (28,29,30)

Fri 2:30 - 3:20 pm

PS112

Zeke

Phys 2014 (701*,702*,703*)

Fri 12:30 - 1:20 pm

PS112

Dr. Paul Westhaus

  * Honors Sections

 

 

LECTURE NOTES  

Date
Chapter
Title
March 25, 2008
10 & 11
March 27, 2008
12
April 1 , 2008
13
April 3 , 2008
13
April 8 , 2008
13
April 10 , 2008
14
April 22 , 2008
15

 

HOMEWORKS

Homework Set #
Problems from
Assigned date
Due date
Solutions
Chapter: 2
Tuesday, January 15th
Friday, January 25th
Sol. #1 (pdf, doc)
Chapter: 3, 4, 5

Thursday, January 24th

Friday, February 1st
Sol. #2 (pdf, doc)
Chapter: 3, 5
Thursday, January 31st
Friday, February 8th
Sol. #3 (pdf, doc)

HW set #4

Chapter: 6
Thursday, February 7th
Friday, February 15th
Sol. #4 (pdf, doc)
Chapter: 7, 8
Thursday, February 14th
Friday, February 22nd
Sol. #5 (pdf, doc)
Ckapter: 9
Thursday, February 21st
Friday, February 29th
Sol. #6 (pdf, doc)
Chapter: 10
Thursday, March 6th
Friday, March 28th
Sol. #7 (pdf, doc)
Chapter: 10
Thursday, March 13th
Friday, March 28th
Sol. #8 (pdf, doc)
Chapter: 11, 12
Thursday, March 27th
Friday, April 4th
Sol. #9 (pdf, doc)
Chapter: 13
Thursday, April 3rd
Friday, April 11th
Sol. #10 (pdf, doc)
Chapter: 14
Thursday, April 10th
Friday, April 18th
Sol. #11 (pdf, doc)
Chapter: 15
Thursday, April 17th
Friday, April 25th
Sol. #12 (pdf, doc)

 

 

EXAMPLE SOLUTIONS FOR
DEVELOPING PROBLEM SOLVING SKILLS
 

Chapter
Title
For
11 & 12
Work & Universal Gravity
13
Rotational Motion
14
Oscillations

 

 

 

SUGGESTED PROBLEMS  

Problem set #
Assigned date
Thursday, February 14th
Thursday, February 21st
Thursday, March 6th