PHYSICS 1710
Mechanics and Thermodynamics

Fall 2004

Lecture Section 004, Physics Room 102, MWF 10:00–10:50 a.m.
Recitation Section 204, Physics Room 102, W 1:00–1:50 p.m.

_____________________________________________________________________________________________________________

Professor:             Sam Matteson
Office:                  
Physics Bldg., Room 007
Telephone:           
(940) 369-7272
E-mail:
                   matteson@unt.edu
URL:
                      www.phys.unt.edu

Office Hours:       M 1:00–1:50 p.m., W 2:00—2:50 and by appointment
_____________________________________________________________________________________________________________
Text:  Physics for Scientists and Engineers, 6th Edition, by Raymond Serway and  John Jewett, Thomson—Brooks/Cole, 2004.    

Topics and General Information:  This course will introduce the laws of motion, inertia, acceleration, force, energy, momentum, angular momentum, conservation laws, rotational and oscillatory motion, gravitation, and thermodynamics.

Attendance/Participation: 
You are expected to attend and participate in all lectures and recitations for the section in which you are enrolled; your grade will depend in part upon your attendance and participation.

Electronic Student Participation (ESP):  You will be expected to take part in electronic, real-time classroom activities that require the use of a ResponseCard ™  infrared wireless keypad student response interface.   You must bring the device to class in order to receive credit for attendance and participation by the electronic recording of your presence and participation.  During the first week you will be requested to supply the six digit identification number of your ResponseCard ™  (located on its back), and you will be assigned a one to three digit participant number that will identify you in the Electronic Student Participation (ESP) protocol of this course thereafter. 

Exams:  There will be three 80-minute exams during the semester, to be given at 4:30 p.m. on Monday afternoons, and a comprehensive final exam, to be given at 4:30 p.m. on Monday, December 13.  Exam questions will be based on lecture material, material contained in the text and in the homework assignments.  You must show all of your work on your exam papers for full credit.  Questions pertaining to the grading of exam questions and problems must be directed to the instructor in writing within two weeks after the exams are returned.  There will be no makeup exams.   

Homework:  All homework will be posted, collected, and graded via the internet.  You will also be required to keep a homework notebook with your written solutions, which will be collected weekly and graded.  You must download your assignment each week, work the problems, and submit your solutions to the server by the due date indicated on the server (usually 5:00 p.m. Friday the week after the assigned material is covered in class).  Your neatly written solutions to all the homework problems must put in the mailbox labeled “1710 – Matteson “ near the south end of the 2nd floor hallway in the Physics Building by the same due date and time as for the homework on the server.   Details of accessing the homework server will be presented separately.  Address all problems with the homework server to your instructor.  Selected homework problems will be discussed in recitation. 

Grade:  The grading in the course will be based on the total points earned from exams, homework, and lecture and recitation attendance/short quizzes. The point values for each category are given below: 

                                        Exams                                                                  150 points/regular exam;                                                                                                                     300 points for the final
                                        Homework                                                           150 points
                                        Lecture & Recitation                                             100 points
                                        (attendance,  participation, etc.)
                                                                                                                    __________

                                        Total                                                                     1000 points

 

Lab Credit:  You must enroll separately in Physics 1730 for laboratory science credit. 

The University of North Texas Department of Physics will make reasonable adjustments to ensure equal opportunity for qualified persons with disabilities to participate in all physics programs and activities.  Please see instructor if special accommodations are required.


Fall 2004 (1048)
Physics 1710.004 (4144) Matteson
10:00 a.m.—10:50 a.m. MWF
Room 102
Tentative Lecture Schedule

(rev. 23 September 2004)

Session

 

Date

Topic

Reading

 

1

M

30-Aug

Introductions/Course Overview

 

 

 

 

 

Unit 1                     Kinematics

 

 

2

W

1-  Sept

Measurement

Chapter 1

 

Rec 1

W

 

Assessment

 

 

3

F

3

1-Dimension Motion

Chapter 2

 

--

M

6

Labor Day—Holiday

 

 

4

W

8

1-Dimension Motion-II

       “       “

 

Rec 2

W

 

Chapters 1 – 2

 

 

5

F

10

Vectors

Chapter 3

 

6

M

13

2-Dimension Motion

Chapter 4

 

7

W

15

          “               “

       “       “

 

Rec 3

W

 

Chapters 3 – 4

 

 

8

F

17

Laws of Motion

Chapter 5

 

9

M

20

   “       “      “                              

      “        “

 

10

W

22

   “       “      “                              

      “        “

 

Rec 4

W

 

Chapter 5

 

 

11

F

24

Review & Practice—Unit 1

Chps 1-5

 

12

M

27

Circular Motion  

Chapter 6  

 

 

M

27- Sept

Examination #1

Chps 1-5


 

 

 

Unit 2                       Dynamics

 

 

13

W

29

Energy

Chapter 7

 

Rec 5

W

 

Chapter 7

 

 

14

F

1-  Oct

     “

       “      “

 

15

M

4

     “

       “      “

 

16

W

6

Potential Energy

Chapter 8

 

Rec 6

W

 

Chapter 8

 

 

17

F

8

     “             “

       “      “

 

18

M

11

Momentum and Collisions

Chapter 9

 

19

W

13

         “            “          “ 

       “      “

 

Rec 7

W

 

Chapter 9

 

 

20

F

15

Rotation

Chapter 10

 

21

M

18

      “

       “       “

 

22

W

20

Angular Momentum

Chapter 11

 

Rec 8

W

 

Chapters 10 – 11

 

 

23

F

22

       “              “

       “       “

 

24

M

25- Oct