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PHYS 150 Fall, 2007 Course Syllabus, Exams of Physics

The syllabus for a college-level physics course, phys 150, offered in the fall of 2007. The course covers topics such as scalars and vectors, kinematics, dynamics, energy and momentum, rotational kinematics and dynamics, and oscillations. The syllabus includes information about the textbook, instructor, prerequisites, course objectives, grading policy, and homework and test schedules.

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PHYS 150 SYLLABUS Fall, 2007
CATALOG DESCRIPTION: PHYS 150 Physics I
A beginning course in physics introducing the topics of scalars and vectors, one and two
dimensional kinematics, dynamics including Newton's laws of motion and gravitation, work and
energy including the law of conservation of energy, momentum, rotational kinematics, rotational
dynamics including angular momentum, and oscillations. Prerequisite: MATH 131. Corequisite:
PHYS 150L.
TEXT: Physics For Scientists and Engineers/ with Modern Physics, any edition, by Serway
INSTRUCTOR: Dr. Johnny B. Holmes, Professor of Physics; office: S202; phone: 321-3448
PREREQUISITES BY TOPIC:
Definition of derivative, definition of integration, basic trigonometry, solution of simultaneous
equations.
GOALS:
1. To teach the concepts of vectors, inertia, force, energy, power; to introduce Newton's laws
of motion, law of gravity, and the conservation laws of energy, momentum, and angular
momentum:
a) to understand better how the world works;
b) for use in future courses;
c) to provide a fund of concepts, images, and metaphors that can be utilized to
imagine how other things in the world might work.
2. To give the student some sense of how big and how small some standard quantities are
(i.e., mass of earth, accelerations of cars, average power output of a person, etc.).
3. To see how physical phenomena can be organized into qualitative and quantitative theories.
4. To develop analytical reasoning skills (as opposed to pure memorization).
OUTLINE:
PART I: VECTORS AND BASIC MOTION (10 class days)
PART II: NEWTON'S LAWS (11 class days)
PART III: ENERGY AND MOMENTUM (10 class days)
PART IV: ROTATIONS AND OSCILLATIONS ( 8 class days)
GRADING:
There will be four tests during the term, one for each of the four parts listed above. Each of
these tests will count as one grade. The final exam will count as three grades. There will be 20
computer assignments (see pages 5-7) which together will count as two grades. There will be
homework assignments of two types: one collected (see pages 3-4) and one not collected (see the
study guides). The collected homework will count as one grade, but the uncollected homework
will not be graded. Thus, there will be ten grades. If you have three or fewer absences, I will drop
the lowest of the ten grades (excluding the computer and collected homework grades) and
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PHYS 150 SYLLABUS Fall, 2007

CATALOG DESCRIPTION: PHYS 150 Physics I A beginning course in physics introducing the topics of scalars and vectors, one and two dimensional kinematics, dynamics including Newton's laws of motion and gravitation, work and energy including the law of conservation of energy, momentum, rotational kinematics, rotational dynamics including angular momentum, and oscillations. Prerequisite: MATH 131. Corequisite: PHYS 150L. TEXT: Physics For Scientists and Engineers/ with Modern Physics, any edition, by Serway INSTRUCTOR: Dr. Johnny B. Holmes, Professor of Physics; office: S202; phone: 321- PREREQUISITES BY TOPIC: Definition of derivative, definition of integration, basic trigonometry, solution of simultaneous equations. GOALS:

  1. To teach the concepts of vectors, inertia, force, energy, power; to introduce Newton's laws of motion, law of gravity, and the conservation laws of energy, momentum, and angular momentum: a) to understand better how the world works; b) for use in future courses; c) to provide a fund of concepts, images, and metaphors that can be utilized to imagine how other things in the world might work.
  2. To give the student some sense of how big and how small some standard quantities are (i.e., mass of earth, accelerations of cars, average power output of a person, etc.).
  3. To see how physical phenomena can be organized into qualitative and quantitative theories.
  4. To develop analytical reasoning skills (as opposed to pure memorization). OUTLINE: PART I: VECTORS AND BASIC MOTION (10 class days) PART II: NEWTON'S LAWS (11 class days) PART III: ENERGY AND MOMENTUM (10 class days) PART IV: ROTATIONS AND OSCILLATIONS ( 8 class days) GRADING: There will be four tests during the term, one for each of the four parts listed above. Each of these tests will count as one grade. The final exam will count as three grades. There will be 20 computer assignments (see pages 5-7) which together will count as two grades. There will be homework assignments of two types: one collected (see pages 3-4) and one not collected (see the study guides). The collected homework will count as one grade, but the uncollected homework will not be graded. Thus, there will be ten grades. If you have three or fewer absences, I will drop the lowest of the ten grades (excluding the computer and collected homework grades) and

average the remaining nine grades. However, if you have less than 65% on the regular collected homework, you will fail the course regardless of your overall average. You must have at least a 65% on the regular collected homework to pass the course. If you do, the following scale will be used with your overall average to determine your final grade: F: 0-65; D: 65-70; C: 70-82; B: 82-93; A: 93-. (Note: 81.9 is not in the B range but is in the C range!) The four tests will consist of problems taken from the homework problems (both collected and uncollected), the computer assignments, and lecture material. The final exam will consist of problems most of which will be similar to those on the previous four tests. For each of the in-class tests you may bring in one 8½" x 11" sheet of paper with anything written on one side that you wish. For the final exam, you may bring in two sheets of paper with writing on one side. All information on the sheets must be hand-written. No duplicated sheets will be permitted, so be sure and make your own! Part of the reason for allowing the sheets is that I consider it a good way to learn the material. Calculators are permitted and even recommended for the tests! However, the sharing of calculators during a test will not be permitted, so come prepared! The uncollected homework problems will not be graded, but you are expected to do them. YOU DO NOT UNDERSTAND THE MATERIAL IF YOU CANNOT DO THE HOMEWORK PROBLEMS! Besides, the test questions will, for the most part, be taken from the uncollected homework problems, and THE TEST WILL BE TOO LONG to do if you come in cold and try to solve the problems for the first time on the test. ABSENCES: I expect you to attend class. The material covered is mostly in the textbook, but the course is based on my lectures and not strictly on the book. You are responsible for all material covered in class and for any test schedule changes announced in class as well as any changes in computer or homework assignments announced in class. As stated above, if you miss more than three classes, I will not drop your lowest test. If you know beforehand that you are going to miss a test, you may request BEFORE the test date that I give you a make-up test BEFORE the regular test date. If for ANY REASON you miss a test, you may make it up but there will be a penalty of 10 points (out of 100) for the extra work it makes for me. If you miss more than one test you must have a reasonable excuse for both missed tests if you wish to be given a make-up test, and there will be an additional penalty of another 10 points. TENTATIVE SCHEDULE FOR TESTS: Day Date Test


Fri. Sept. 14 #1 over Vectors and Basic Motion Fri. Oct. 12 #2 over Newton's Laws Wed. Nov. 14 #3 over Energy and Momentum Fri Dec. 7 #4 over Rotations and Oscillations TBA Final Exam

Be sure your homework is neat and legible. Points may be taken off or the homework may not even be accepted if the work is not neat and easily legible!

THE ASSIGNMENTS:

Date Due Problem # Date Due Problem

1 W Aug. 29 S-3 6 W Oct. 24 S- 2 W Sept. 5 S-5 7 W Oct. 31 S- 3 W Sept. 19 S-11 8 W Nov. 7 S- 4 W Sept. 26 S-14 9 W Nov. 28 S- 5 W Oct. 3 S- [S- indicates a letter problem from the study guides.] Alternative problems may be assigned in class if the pace of the class does not match the one anticipated.

A SAMPLE: COLLECTED HOMEWORK PROBLEM: Ch 1

  1. I want to and I can.
  2. Define the situation: a) Given: length:  = 5 cm; mass: m = 350 grams; cube shape. b) Diagram:
  3. State the Objective: a) Looking for density, . b) Units: density should have units of kg/m^3.
  4. Explore the Options: a) Use the definition of density and the basic equation for the volume of a cube. b) Other ways: make a cube 5 cm to a side and fill with water; weigh it to find how much water is in it; compare the weight of the water with 350 grams and knowing water = 1 gm/cm^3 , find  for material.
  5. Plan the method of attack: By definition, density:   m/V (Eq. 1), and the volume of a cube is V = L^3 (Eq. 2). Now by knowing L, Find V from Eq. 2; then use that V and m in Eq. 1 to find .
  6. Take action: Solution: use V = L^3 to get V = (.05 m)^3 = 1.25 x 10 -4^ m^3 ; then use  = m/V to get  = (.350 kg) / (1.25 x 10 -4^ m^3 ) = 2800 kg/m^3 or  = (350 grams) / (125 cm^3 ) = 2.8 gm/cm^3 ;
  7. Look back: a) Answer:  = 2.8 gm/cm^3 = 2.8 x 103 kg/m^3.

 = 5 cm

m = 350 gm V =?  =?

b) units do correspond to those in 3b), namely kg/m^3. c) water has density of 1 gm/cm^3 = 1.0 x 103 kg/m^3 so this answer is a little heavier than water, but not by so much as to be unreasonable.

COMPUTER ASSIGNMENTS

The purpose of the computer assignments is two-fold: (1) to give you (graded) practice applying the concepts taught in class (with immediate feedback as to whether you are correct or not), and (2) to encourage you to be accurate in your calculations (no partial credit given for wrong answers - instead a chance to do the whole set again [but with different numbers]). The computer homework set (which counts as two of your ten grades), consists of 20 separate computer programs. To do any of the programs, proceed as follows:

  1. Download the programs onto your pc from the web (go to course web page at: http://www.cbu.edu/~jholmes/P150/intro.html ); or see Dr. Holmes about making your own copy on a floppy or CD. If you have copied the programs onto your own diskette, then place the diskette in drive a (or b). If you have copied the programs onto your hard drive, make sure you know the directory where they are stored. Press the START button from Windows, choose the RUN command, and type a:\PV0 if you use a floppy or choose the Browse button to locate the PV0.EXE file on your hard drive; then press Enter to run the programs on Vol 0. To run the programs on volume 1, simply change PV to PV1 in the run command.
  2. The program will ask you to verify the disk that the answers will be written to. For your own diskette, make sure that the destination is a:\ if you want the answers stored on the floppy. You can also choose a directory in your hard drive and then you can e-mail the file called STRES.DAT to me. There are instructions on the PHYS 150 web page to do this.
  3. Follow the instructions to enter your course number [PHYS 150-Z] and your name. The computer will then ask you to verify your course and name - if it is correct as displayed, simply press return; if not, re-enter in the course or name.
  4. The computer will then display the menu of programs on the volume you have chosen. Simply type in the number of the program you wish to run and then press Enter to confirm your choice. From here on out, simply follow the directions on the screen.
  5. How I read your responses: a) If you e-mail me your response file (see the course web site for instructions on how to do this), I will read it and assign you credit. I will e-mail you back with confirmation of your grade on that assignment. b) If you have your own diskette with the programs, you will have to submit the diskette by the due date so that I can read your responses and give you the appropriate credit.
  6. I will indicate to you your current computer score on your written homework and on your tests when I hand these back to you. There will be a CH followed by a number on the written homework or test to indicate your computer homework score.

THE ASSIGNMENTS:

due disk need # of pts./ prgm total

Program name date vol#-p# calc? quest. quest. pts. pts.


  1. Relations W Aug. 22 0-1 N 10 1 10 10
  2. Conversion Factors F Aug. 24 1-1 Y 10 1 10 10
  3. Linear Equations M Aug. 27 0-2 Y 10 1 10 10
  4. Simultaneous Eqs. F Aug. 31 0-3 Y 10 1 10 10
  5. Vector Addition F Sept. 7 1-2 Y 5 2 10 10
  6. Quadratic Equations M Sept. 10 0-4 Y 10 1 10 10
  7. Motion Graphs W Sept. 12 1-3 Y 10 1 10 10
  8. Acc. Due to Gravity M Sept. 17 1-4 Y 10 1 10 10
  9. Trajectories F Sept. 21 1-5 Y 1 10 10 10
  10. Newton's 2nd Law F Sept. 28 1-6 Y 10 1 10 10 BONUS if you get 100 out of the first 100 points, you will get + due disk need # of pts./ prgm total

Program name date vol#-p# calc? quest. quest. pts. pts.


  1. Circular Motion & Sat. F Oct. 5 1-7 Y 10 1 10 10
  2. Projectiles W Oct 10 1-8 N 10 1 10 10
  3. Gravity F Oct. 26 1-9 Y 10 1 10 10
  4. Energy & Power F Nov. 2 2-1 Y 10 1 10 10
  5. Intro to Torque M Nov. 5 2-4 Y 10 1 10 10
  6. Trolley & Sled F Nov. 9 2-2 N 2 5 10 10
  7. Moonlanding W Nov. 21 2-3 N 1 10 10 10
  8. Torque & Statics F Nov. 30 2-5 Y 10 1 10 10
  9. Rotational Kinemat. M Dec. 3 2-6 Y 10 1 10 10
  10. Rotational Dynamics W Dec. 5 2-7 Y 10 1 10 10 BONUS if you get 100 out of the last 100 points, you will get +

TOTAL = 200 (with both bonuses 220)

ASSIGNMENT SCHEDULE

Monday Wednesday Friday Aug 20 22 24 CH 0-1 CH 1- 27 29 31 CH 0-2 RH S-3 CH 0- Sept. 3 LABOR DAY 5 7 RH S-5 CH 1- 10 12 14 Test # CH 0-4 CH 1- 17 19 21 CH 1-4 RH S-11 CH 1- 24 26 28 RH S-14 CH 1- Oct. 1 3 5 RH S-18 CH 1- 8 10 12 Test # CH 1- FALL BREAK 22 24 26 RH S-28 CH 1- 29 31 Nov. 2 RH S-33 CH 2- 5 7 9 CH 2-4 RH S-40 CH 2- 12 14 Test #3 16 19 21 Thanksgiving CH 2-3 weekend 26 28 30 RH S-46 CH 2- Dec. 3 5 7 Test # CH 2-6 CH 2-