COURSE OUTLINE
Course
Name: General Physics I
Credit Hours: 4
Course
Number: PHYS106
Prerequisite: MATH120 or consent of
instructor.
Instructor:
Kathy
R. Sturgeon
Office:
MMC280.
Office Hours posted outside of door. If the times are not
convenient
for you, feel free to call and arrange an appointment. Remember,
concepts
build on each other. Leaving some gaps in understanding now may not
seem
too important, but it will seriously impair performance later. I
encourage
all students to come and visit with me; in the minutes of a one-on-one
interaction I can probably help more than in several hours of lecture!
Phone:443-8829
Voice
Mail: 829
Lecture
Notes
Lab
Report Format and Other
Report Formats
Powerpoint
Presentation
KR
Sturgeon Webpage Connection
Web
Textbook Companion Connection
Textbook
and Required Materials
- Physics
for Scientists and
Engineers,
6th Edition. Richard Serway, 1996.
- DACC
PHYS106 Lab Manual.
Course Description: The
emphasis of the course is learning to analyze problems and to be able
to
apply the proper equations and mathematical procedures. In addition,
the
student is expected to understand the derivations of the equations and
logic of the procedures used and will be able to answer classroom
discussion
questions and exam questions concerning them. Upon completion of the
course
a student should be able to solve any standard problem from a typical
college
physics text in the areas mechanics, energy, momentum, rotation,
gravity
and fluids.
Each student participates in a
weekly
laboratory exercise and is graded according to a written report as well
as experimental technique and results. In addition,
students
will be expected to interpret current literature as illustrated by an
article
presentation. These presentation must be scheduled by the student
prior to March. As a result of these activities students
are
expected to gain competence in writing, reading, and understanding
scientific
and mathematical material.
The main classroom activity is
lecture
interspersed with discussion. Occasionally, the students work
problems
and derivations. This course contains an independent study unit
over
fluid and gravitational mechanics. Four exams will be given as
well
as a comprehensive final.
Philosophy
of the Course. YOU are in charge of your own learning. Unless
you
take an active role in learning, we will not be successful. I do want
my
students to succeed in this course! I want my students to be interested
in what goes on in class, to conquer new concepts, to continue
developing
the skills exercised in other science and math classes, and to better
understand
application of science and mathematics to their own interest (and there
are many!). But, this will not happen without your enthusiastic
participation.
Attendance, Withdrawal Policy,
and Course Policies: See
the Course
Policy link at http://www.dacc.edu/~kjenkins/welcome2.html.
The course policy is also distributed on the first day of class (orange
sheet). You are expected to review the material as you will be
quizzed
over the content of the course policy.
Grading Criterion:
| Evaluation (60%) |
Writing (20%) |
Citzenship (10%) |
Industry Project (10%) |
Exam (4 at 10% each)
Final Exam (20%)
|
Lab Reports
Business Reports
Technical Writing
|
Quizzes
Independent Study
Homework
Daily Activities
Board Work
Demonstrations
Article Review
TBA |
Car Design
Drag Coefficient
TBA
|
Grading Scale: 90-100 A, 80-89.9 B, 70-79.9 C, 60-69.9 D,
Below
60 F (no rounding--grades are assigned by my computer and are based on
your
scores)
Student
Conduct
Code: Membership
in the DACC community brings both rights and responsibility. As a
student at DACC, you are expected to exhibit conduct compatible with
the
educational mission of the College. It is the student’s responsibility
to become familiar with and adhere to the Student Conduct Code and the
Academic Integrity Policy, as contained in the DACC Student Handbook.
The
Student Handbook is available in the Information Office in Vermilion
Hall.
Disabilities:
Any
student who feels s/he may need an accommodation based on the impact of
a disability should contact the Student Success Center at 217.443.8862
(TTY 217.443.8701) or stop by Cannon Hall Room 113.Please speak with me
privately to discuss your specific accommodation needs in this course.