Syllabus - General Physics A

PHY 2048C, 2048 & 2048L  FALL 2006

(www.physics.fsu.edu/courses/fall06/phy2048c)

Catalog Description: General Physics A (5 credit hours). (Co-requisite: MAC 2311, MAC 2312 is also recommended.) An introduction to mechanics, waves, and thermodynamics for physical science majors, designed to be taken as a sequence with General Physics B (PHY 2049C) and Intermediate Modern Physics (PHY 3101). (Completing the latter entitles you to a Minor in Physics!) Calculus is used. PHY 2048C consists of lectures, recitations, laboratory and lots of fun! A student who has taken PHY 2053C or an equivalent course with a lab component may take PHY 2048 rather than 2048C, see details below.

We will follow the text: Physics for Scientists and Engineers: Fifth Edition by Paul A. Tipler and Gene Mosca., Freeman Worth Publishers. [NOTE: In PHY 2048 we will use Volume 1, Volume 2 is used  for PHY 2049, and you can buy the PRS “clicker” (see below) as a package with the book.] The  Laboratory assignments are available for downloading from the class web page, see the course schedule below.

Students will need to purchase their own Personal Response System (PRS) transmitter (clicker) and register it.  These should be available at the university bookstore either separately or bundled with the textbook. If you already own a PRS transmitter you will still need to register it for this course.  

Professors associated with the course:

Faculty

Room

Phone

Office Hours

Email Address

Dr. S. Capstick

207 Keen

644-1724

M,W 11:00-12:00

capstick@phy.fsu.edu

Dr. C. Wiebe

 

407 Keen

644-1218

 

T 9:30-11:30

cwiebe@magnet.fsu.edu

Dr. Y. Gershtein

507 Keen

644-3289

M,T 3:00-4:00

gerstein@hep.fsu.edu

Dr. H.-K. Ng

416 Keen

644-4558

M,W 2:00-3:00

hkng@phy.fsu.edu

Dr. H. Prosper

514 Keen

644-6760

M 4:00-6:00

harry@hep.fsu.edu

Dr. O. Vafek

606 Keen

644-5076

M,W 10:00-11:00

vafek@magnet.fsu.edu

Dr. D. Van Winkle

316 Keen

644-2867

M 9:30-10:00, W 2:00-3:00

rip@martech.fsu.edu

Course enrollment:

    General Physics includes laboratory!  The laboratory is an integral part of the course. To pass you must pass the lab. Thus you should sign up for PHY 2048C (five (5) credits) which includes a Tuesday - Thursday lecture, a Monday - Wednesday tutorial section and a laboratory.
    The 3 credit version of General Physics (PHY 2048) is offered only for those people who have credit on their transcript indicating they have passed (C- or better) an introductory lab. Students enrolling in Physics 2048 must provide a copy of their transcript to Drs. Wiebe or Capstick. If you have previously attempted PHY 2048C at FSU and passed the laboratory part, you may opt not to repeat the lab, but you still need to sign up for PHY 2048C. Confusing isn't it? Just come and see one of the Profs and they will try to make it clear.

Class meetings:

Tuesday and Thursday classes meet in 101 Richards (UPL) from (i) 8:00 to 9:15 am,  sections 1-4 with Dr. Wiebe, or (ii) from 9:30 to 10:45 am, sections 5-9 with Dr. Capstick. (Sorry but you must attend the class you have signed up for and not oscillate between the two!)

These classes involve demonstrations, worked examples, and discussion of the major concepts and techniques used in this course. In addition we will have short “pop quizzes” using the PRS remote or clicker system. Registers of students attending class will be noted. Remember the performance versus attendance graph from previous years shown to you the first day of class!  Try and read the designated text sections before class. All exams and PRS tests, except for the final, will be given in these Tuesday or Thursday classes (see schedule below). Solutions to the exams (except the final) will be posted on the web. Your individual scores will be available during the semester via your BLACKBOARD account.

Discuss any problem, which would cause you to miss an exam, with Dr. Wiebe (8:00 a.m. lecture) or Dr. Capstick (9:30 a.m. lecture) prior to the exam, unless of course the problem could not be anticipated.

Monday and Wednesday tutorial or recitation  classes meet as scheduled below. These classes are where you will hone your problem solving skills in physics and thus they act as a excellent preparation for the exams as well as help with the homework assignments. Homework is completed by inputting answers via the internet using the Learning Online Network with Computer-Assisted Personalized Approach (LON-CAPA) system. All LON-CAPA homework is due in by mid-night of the assigned day, the computer deadline system allows no exceptions! See below for more details about LON-CAPA.

Examinations:  During the semester, there will be 11 mini-exams (or “opportunities” as we like to call them), one mid-term exam, and one final exam. The subject of the exams may be any previously assigned material. Your best 10 exams will be counted (see below). These mini-exams account for a large fraction of the final grade and represent a very significant part of the course. Below are a few rules and answers to common questions about these.

  1. 11 mini-exams will be given during the semester.
  2. All mini-exams will be given at the beginning of the lecture.
  3. The material covered will be related to recent or previous LON-CAPA assignment topics. (Do not expect to see exact copies of LON-CAPA questions though.)    
  4. No make-ups will be given.
  5. The mini-exam will last 25 minutes and must be handed in by the required deadline.
  6. Students arriving late will be required to submit their mini-exam by the same deadline as the rest of the class.
  7. Your grade will be based on your best ten mini-exam scores.
  8. Each student is responsible for bringing a working calculator. You are not allowed to utilize equations or physics text  programmed into your calculator.
  9. Don't try to cheat. The first cheat on an exam results in a grade of 0 for that test, the second results in a "F" for the course. Remember the FSU Honor Code and just think what your mom and dad would say! 
  10. Any grading questions you have must be resolved with the Professor who set the mini-exam within 2 weeks of the exam.

In addition, throughout the semester, the PRS system will be used to ask “pop” questions during the lectures.

  1. A special prize will be presented to the student with the highest overall score in the mini-exams, mid-term exam, and PRS questions.

Laboratory classes:  The purpose of the laboratory sessions is to gain hands-on experience with laboratory apparatus, to develop skills in performing experiments, and to learn methods for analyzing scientific data. Each student must complete a lab report following the format prescribed by the lab instructor, before leaving the lab session. Attendance at each lab session is a requirement of the course. Each laboratory which is not attended will result in a subtraction of 5 points from your overall course total. If you miss more than two labs you will automatically receive a grade “F” for the course. In addition, if you do not complete a missed lab, you do not get credit for that lab in your laboratory score (see below). Please make sure you do all the labs!


Tutorial Sections (Monday and Wednesday)

Section

Time

Instructor

Room

1

08:00-08:50

Dr.  H. Prosper

107 UPL

2

09:05-09:55

Dr.  H. Prosper

107 UPL

3

10:10-11:00

Dr. Y. Gershtein

107  UPL

4

11:15-12:05

Dr. Y. Gershtein

107  UPL

5

08:00-08:50

Dr. H. K. Ng

112  UPL

6

09:05-09:55

Dr. H. K. Ng

112  UPL

7

10:10-11:00

Dr. D. Van Winkle

112  UPL

8

11:15-12:05

Dr. O. Vafek

112  UPL

9

12:20-01:10

Dr. O. Vafek

109 UPL

Laboratory Classes

Section

Day

Time (all pm)

Room

1

Monday

12:30 - 3:30

107 UPL

2

Monday

1:30 - 4:30

109 UPL

3

Monday

3:45 - 6:45

107 UPL

4

Monday

4:45 – 7:45

109 UPL

5

Monday

7:00 – 10:00

107 UPL

6

Wednesday

12:30 - 3:30

107 UPL

7

Wednesday

1:30 - 4:30

109 UPL

8

Wednesday

3:45 - 6:45

107 UPL

9

Wednesday

4:45 - 7:45

109 UPL

10

Wednesday

7:00 – 10:00

107 UPL

11

Thursday

12:30 - 3:30

105 UPL

12

Thursday

12:30 - 3:30

114 UPL

13

Friday

12:30 - 3:30

107 UPL

14

Thursday

3:45 – 6:45

105 UPL

Completion of Course and Grading:

The course grade will be calculated using the grades from the LON-CAPA problem sets, the weekly mini-exams and PRS quizzes/attendence, the mid-term exam, the laboratory reports, and the final examination. These components will be weighted in the following way.  Your final grade will be based on your total score in all these areas. The total course score will be converted into a letter grade. We will use the table shown below as our guide for determining grades:

                  
Best 10 of 11 Mini-Exams

 

25 %

Grade

Score

Grade

Score

PRS answers/attendence

10%

 

 

 

 

Mid Term Exam

10 %

A

100 – 90

C+

74.9 – 71

Final Examination

20 %

A-

89.9 – 87

C

69.9 – 67

Laboratory

20 %

B+

86.9 – 83

C-

66.9 – 62

CAPA homework

Recit. participation

12 %

3 %

B

82.9 - 79

D

61.9 - 55

Total

100 %

B-

78.9 – 75

F

54.9 - 0

Students who do not attempt the final exam will automatically be given a grade of “F” for the course. In addition to not receiving credit for missed labs, 5 percentage points will be deducted from your total for each lab not completed up to a maximum of two. If you miss more than two labs you will automatically receive a grade “F” for the course. You should keep a record of your point totals on LON-CAPA, laboratories and exams.


Academic Honor Code:

Students are expected to uphold the Academic Honor Code published in The Florida State University Bulletin and the Student Handbook. The first paragraph is:

The Academic Honor System of Florida State University is based on the premise that each student has the responsibility (1) to uphold the highest standards of academic integrity in the student's own work, (2) to refuse to tolerate violations of academic integrity in the University community, and (3) to foster a high sense of integrity and social responsibility on the part of the University community.

Resources for Students

We want you all to do well in this course. There are resources available to help you towards this goal. Please take advantage of them.

  1. Classes. Attend lectures and recitations. You may not realize it at the time but what you learn and retain from these classes may surprise and serve you well during examinations.
  2. Professor's office hours. Each of the faculty members instructing this course have scheduled office hours to help students with homework problems and other matters that arise during the course. These times are given at the beginning of this document. Other times may be arranged. Please don't hesitate to call or email us.
  3. Solution Manuals in Dirac Library. We have put on reserve in the Dirac Science Library detailed solution manuals (both Student and Instructor volumes)  for the textbook end of chapter questions. Just ask at the desk to loan them out.
  4. Physics Department consultation sessions. After the first week a graduate student is available to assist you in your LON-Capa homework and keeping up that average score of 20/20 in the mini-exams! These times are given below.

Consultant

Day

Time

Room

Mr. Lloyd Lumata

Monday

5:45 pm – 7:15 pm

105 UPL

Mr. Lloyd Lumata

Wednesday

5:45 pm – 7:15 pm

105 UPL

Tutors

If you would like to hire a tutor, check with Mr. Ade Kumuyi in the Physics Undergraduate Office on the 3rd floor. He can be reached either by e-mail or by calling the following: email : mailto: ugrad@martech.fsu.edu    Office : 304 Keen Building,  Phone : 644-3245. He also has a hardcopy list of physics graduate students who are happy to work (for pay) as tutors in his office.

ADA Statement

Students with disabilities needing academic accommodations should: a) register with and provide documentation to the Student Disability Resource Center SDRC; b) bring a letter to the instructor from SDRC indicating you need academic accommodations. Please do this in the first week of class.

Course and LON-CAPA Information on the WWW

This syllabus, the laboratory assignments and other information (exam solutions, etc) related to this course can be found on the WWW via the Physics Department's webpage at http://www.physics.fsu.edu/courses/fall06/phy2048c/ . It is a good idea to "bookmark" the latter address for future access.

In order to attempt the Computer-Assisted Personalized Approach or CAPA assignments you must have access to the internet.  There are numerous computer labs on campus and in the libraries.  The Physics Department also has a number of computers that may be used for LONCAPA, both in your recitation classroom and in the Undergraduate Study Room in 701 Keen.  If you have any difficulties locating a computer please contact your recitation instructor. The LONCAPA web page is at http://loncapa.fsu.edu/ and instructions are available here.  Alternate LONCAPA sites are available at http://loncapa1.fsu.edu, http://loncapa2.fsu.edu/, and http://loncapa3.fsu.edu/.   You can also use http://k12.fsu.edu, http://s3.lite.msu.edu, or http://s4.lite.msu.edu but you must change the domain field on the login page to “fsu”. If you can log in to the other system, but cannot log in to loncapa, please read http://loncapa.fsu.edu/adm/loginproblems.html webpage.

 


Some Sensible Advice

We want everyone to pass this course. Unfortunately many people find doing physics rather difficult. Below are a few tips to help make your adventures in physics fun.

  • This course is no pushover, physics is based on understanding not remembering. We will do all we can to help you, but only you know whether you really understand something or not! Test yourself on additional problems. If, after reading additional problems, you have no idea how to solve them, then you have not understood the concepts. Do not just regurgitate the answers.
  • To gain confidence on physics concepts, practice on level one problems first.
  • Physics and math are intimately related.  Refresh and apply your math skills to solve the problems.
  • In order to prepare for the exams make sure you understand and can do all the homework problems. You are strongly encouraged to do extra problems. Do not just memorize the solutions.
  • In answering a question, always ask yourself ``Is this answer sensible?" Always check through your solution and don't forget to put the units in!
  • Attend all lecture and tutorial classes.
  • Use the textbook, you paid good money for it! Try to find time to look over a chapter before and after it is covered in class.
  • Use the Professor's office hours.
  • Find a study partner. We strongly encourage students to study and learn  together.
  • Finally, don't give up or sit for hours trying to do the homework. Come and discuss your solution with us. Often you will be much closer than you think to being able to solve a problem.
  • If you are seriously thinking of dropping the course at any point please come and talk to Drs. Wiebe or Capstick, or one of the other Profs first.

Good luck and we hope you enjoy the course!





 Daily schedule for the course

Date

Schedule and Assignments

Laboratory

M 28 Aug

T 29 Aug

W 30 Aug

Th 31 Aug

F 1 Sep

Welcome! Syllabus handed out, Capa set #1 av.

Course intro & discuss Ch. 2, 1D motion

Discuss CAPA problem set#1

Discuss Ch. 2, 1D motion, Set #2 av.

Problem set #1 DUE

No laboratory classes this week. 

M 4 Sep 

T 5 Sep 

W 6 Sep 

Th 7 Sep

No Classes. Labor Day.

Discuss Ch. 3, 2D Motion, Set #3 av.

Problem set #2 DUE

Discuss Ch 3, 3D Motion, Set #4 av. Opportunity #1

No laboratory classes this week.

M 11 Sep 

T 12 Sep 

W 13 Sep 

Th 14 Sep

Problem set #3  DUE

Discuss Ch. 4, Forces , Set #5 av.

Problem set #4 DUE

Disc. Ch. 4 & 5, Newton's Laws, Set #6 av. Opportunity #2

Vectors

 

M 18 Sep 

T 19 Sep 

W 20 Sep 

Th 21 Sep

Problem set #5 DUE

Discuss Ch.5,N's Laws,Set #7 av. 

Problem set #6 DUE

Discuss Ch. 5, Appl's of N's Laws, Set #8 av. Opportunity #3

 Determination of Density INTRO TO EXCEL (read App I,
Estimates for the Reliability of 
Measurements, and App II Elements of  Stat. Inference)

M 25 Sep 

T 26 Sep

W 27 Sep 

Th 28 Sep

Problem set #7 DUE

Discuss Ch. 6, Work + Energy, Set #9 av. 

Problem set #8 DUE

Discuss Ch. 6,7 Energy Cons'n, Set #10 av. Opportunity #4

Acceleration due to gravity (take data)

 

M 2 Oct 

T 3 Oct 

W 4 Oct 

Th 5 Oct

Problem set #9 DUE

Discuss Ch. 7 Energy Cons, Set #11 av. 

Problem set #10 DUE

Discuss Ch. 8, Momentum, Set #12 av. Opportunity #5

 Acceleration due to gravity (analyze data)   also read  App III Least Squares Adjustment
of Data .

 

M 9 Oct 

T 10 Oct 

W 11 Oct 

Th 12 Oct

Problem set #11 DUE

Discuss Ch. 8, Momentum cons., Set #13 av.

Problem set #12 DUE

Discuss Ch. 9, Rotation, Set #14 av. Opportunity #6

 Collisions and momentum
Conservation of momentum and collisions of elastic spheres.

 

M 16 Oct 

T 17 Oct 

W 18 Oct 

Th 19 Oct

Problem set #13 DUE

Discuss Ch. 9,10 Rot'n, Ang. Mom., Set #15 av. 

Problem set #14 DUE

Discuss Ch. 10,11 Angular Mom, Gravity, Opportunity #7

 Centripetal Force

 

M  23 Oct

T 24 Oct

W 25 Oct 

Th 26 Oct

Problem set #15 DUE

Discuss Ch. 11, Gravity, Set #16 available 

Mid-term review

Mid Term Exam Chs. 1-10 Kinematics

Static Equilibrium and Torques Torques

 

M 30 Oct 

T 31 Oct 

W 1 Nov 

Th 2 Nov

Go over Mid-term

Discuss Ch. 12, Static Equilibrium, Set #17 av.

Problem set #16 DUE

Discuss Ch. 13, Fluids, Set #18 av., Opportunity #8

Simple Harmonic Motion and Hooke's Law

 

M 6 Nov 

T 7 Nov 

W 8 Nov 

Th 9 Nov

Problem set #17 DUE

Discuss Ch.14, Oscillations, Set #19av. 

Problem set #18 DUE

Discuss Ch. 15 Waves, Set #20 available, Opportunity #9

 No Labs this week: Veterans Day: Friday

M 13 Nov 

T 14 Nov 

W 15 Nov 

Th 16 Nov

Problem set #19 DUE

Discuss Ch. 16, Superpos. of waves,Set #21 av. 

Problem set #20 DUE

Discuss Ch. 17, Ideal gas, Set #22 av., Opportunity #10

Waves and Resonances I

 

M 20 Nov 

T 21 Nov

W 22 Nov 

Th 23 Nov

Problem set #21 DUE

Discuss Ch. 17 Kin.Th., Set #23 av. 

Problem set #22 DUE

No Classes. Thanksgiving. Set #24 av.

No Labs: Thanksgiving Week

M 27 Nov 

T 28 Nov 

W 29 Nov 

Th 30 Nov

Problem set #23 DUE

Discuss Ch. 20, Thermal prop's. Set #25 av.

Problem set #24 DUE

Discuss Ch. 18, First law of thermodynamics, Opportunity #11

Specific Heat  and Calorimetry, 

M 4 Dec 

T 5 Dec 

W 6 Dec 

Th 7 Dec

Problem set #25 DUE

Discuss Ch. 19, 2'nd law of thermo, entropy 

Review for final exam

Review and Something fun

No Labs this week