Physics 131L-003 - Fundamental Mechanics Laboratory
Fall 2022
Instructor: Dr. Chad A. Middleton
Classroom | Wubben Hall 214 |
Lab Hours | 10:00 - 11:45 THU |
Office | Wubben Hall 228A |
Office Hours | 9-10:00 MON, WED, & FRI |
8:30-9:30 TUE | |
Office Phone | 970-248-1173 |
[email protected] | |
Webpage | www.coloradomesa.edu/~chmiddle/131L/ |
Course Objective:
Physics is an experimental science. The nature and validity of the theoretical framework
is inferred by the outcomes of experiments, these experiments must be able to be performed repeatedly.
PHYS 131L is the lab the accompanies PHYS 131. In this course, you will conduct experiments and
make observations of various physical phenomena. The goal of this course is to help reinforce the
theoretical framework developed in PHYS 131 by getting hands-on experience by doing experiments.
Course Requirements:
This class will meet once per week during the weeks listed below. During each class meeting, you will complete one lab assignment. The details of the lab assignment will vary from week to week, but will typically entail completing an assignment or tutorial. You will only be allowed to submit a completed lab assignment if you were present for the entire lab when the experiment was performed.
Attendance:
Class attendance is MANDATORY! If you miss a lab, you must contact me PRIOR to the lab meeting. An excused absence will result in the scheduling of a lab make-up. An unexcused absence will result in a zero for that particular lab.
Grading Scale:
All graded work will be assigned a numerical score. You may estimate your grade by computing a percentage score and comparing it with the table below:% | Grade |
---|---|
90-100 | A |
80-89 | B |
70-79 | C |
60-69 | D |
0-59 | F |
Accommodation for Students with Physical and Learning Disabilities:
In coordination with Educational Access Services, reasonable accommodations will be provided for qualified students with disabilities. Students should contact Educational Access Services at 970-248-1856 or Houston Hall, Suite 108 as soon as possible. Please visit Educational Access Services for additional information.
Student Conduct and Academic Integrity:
All incidents of academic dishonesty, including but not limited to, plagiarism
and cheating, will be handled according to CMU policy. For CMU policy on
academic integrity, please refer to the 2022-2023 CMU catalog.
Notice: the use of Chegg or an equivalent resource is strictly forbidden!
Obtaining solutions to homework and/or exam problems constitutes a violation of
academic dishonesty and will be dealt with accordingly.
Course Calendar:
Date |
|
Aug 25 |
Lab 1 |
Sep 1 |
Lab 2 |
Sep 8 |
Lab 3 |
Sep 15 |
Lab 4 |
Sep 22 |
Lab 5 |
Sep 29 |
Lab 6 |
Oct 6 |
Lab 7 |
Oct 13 |
No Lab |
Oct 20 |
Lab 8 |
Oct 27 |
Lab 9 |
Nov 3 |
Lab 10 |
Nov 10 |
Lab 11 |
Nov 17 |
Lab 12 |
Nov 24 |
Thanksgiving
Break – No Lab |
Dec 1 |
Lab 13 |
Dec 8 |
Lab Makeup |
General Education Objectives:
This course is part of CMU's
general education curriculum. Course content is designed to meet the following
objectives of CMU's general education program:
1. Understand the structure and
discipline of mathematical thought and its use in
problem-solving;
2. Have knowledge of the natural world and an
understanding of scientific
methods;
Student Learning Outcomes:
Upon
completion of this course, a student should be able to:
1. Translate between verbal and
mathematical descriptions of physical situations. Apply mathematical reasoning, using
algebra, trigonometry and calculus, to analyze these situations.
2. Articulate the arguments, verbal
and mathematical, used to analyze physical situations.
3. Represent physical processes
graphically and describe given graphical representations in physical terms.
4. Use calculus to describe and
analyze physical situations.
5. Use the mathematics of vectors,
vector algebra, products of vectors and vector components to analyze physical
situations.
6. Distinguish between and relate
various linear and rotational kinematic quantities.
7. Apply Newton's First, Second and
Third Laws to analyze the dynamics of physical situations involving linear
and/or rotational motion.
8. Apply the concepts of energy,
work, the conservation of energy, and the conservation of momentum to analyze
the dynamics of physical situations involving linear and/or rotational motion.
Program-Level Student Learning
Objectives:
This
course satisfies the following Physics-degree student learning objectives:
1. Articulate the knowledge base and
show fluency with the ideas and techniques of the major fields of physics (classical
mechanics).
2. Use laboratory equipment and
experimental techniques to investigate experimentally physical phenomena.
3. Communicate effectively about
topics in physics verbally and in writing.