PHYS 1050-5th Hour Assignments
- Instructor
- London Jenks
- Term
- 2022-2023 School Year
- Department
- Science
- Description
-
Upcoming Assignments
No upcoming assignments.
Past Assignments
Due:
Read and take notes on the following
10.2 - Work (pg. 314-317)
10.10 - Power (pg. 341-343)
10.2 - Work (pg. 314-317)
10.10 - Power (pg. 341-343)
Due:
Read the following sections and take notes (any type):
9.1 - Impulse (pg. 279)
9.2 - Momentum and the Impulse-Momentum Theorem (pg. 280)
9.3 - Solving Impulse and Momentum Problems (pg. 285)
9.1 - Impulse (pg. 279)
9.2 - Momentum and the Impulse-Momentum Theorem (pg. 280)
9.3 - Solving Impulse and Momentum Problems (pg. 285)
Due:
In Class Lab 4/4 - Preview prior to the start of class
Due:
Complete reading notes (any type) on the following sections:
10.1 - The Basic Energy Model (pg. 310)
10.2 - Work (pg. 314)
10.3 - Kinetic Energy (pg. 318)
10.4 - Potential Energy (pg. 321)
10.1 - The Basic Energy Model (pg. 310)
10.2 - Work (pg. 314)
10.3 - Kinetic Energy (pg. 318)
10.4 - Potential Energy (pg. 321)
Due:
Complete the Newton's First Law Reading and watch the attached video.
Due:
Complete Cornell Notes on the following reading assignment. You make take notes digitally (on the attached document) or you may take them on paper. If completed on paper, please uploaded images or scans of your notes by the due date.
Remember: I have Cornell Note paper in the classroom that you are welcome to use.
Pg. 135 - 151
5.1 - Equilibrium
5.2 - Dynamics and Newton's Second Law
5.3 - Mass and Weight
5.4 - Normal Forces
5.5 - Friction
Remember: I have Cornell Note paper in the classroom that you are welcome to use.
Pg. 135 - 151
5.1 - Equilibrium
5.2 - Dynamics and Newton's Second Law
5.3 - Mass and Weight
5.4 - Normal Forces
5.5 - Friction
Due:
What are the two main categories of forces? What is the difference between these two types? When discussing forces, what is an agent? What is the tension force? What direction does friction act? Define inertia and provide an example.
Read pg 106-117 of the textbook and then answer the questions above.
Due:
Please read the following sections/pages. You need to take notes on your reading. You do not need to use a specific note taking method, just whatever best suits you.
2.3 - Instantaneous Velocity
2.4 - Acceleration
2.5 - Motion with Constant Acceleration
Pg. 41-50
2.3 - Instantaneous Velocity
2.4 - Acceleration
2.5 - Motion with Constant Acceleration
Pg. 41-50
Due:
Read the following sections of the textbook:
1.1 - Motion: A First Look (pg. 5)
1.2 - Models and Modeling (pg. 7)
1.3 - Position and Time: Putting Numbers on nature (pg. 8)
1.4 - Velocity (pg. 11)
You will take notes on the reading using the Outlining Method.
Your assignment is to UPLOAD your notes from this section of the reading (either as a Google Doc or as an image if you take notes by hand). I am not going to place a page length on the amount of notes you should take. I will simply look at your notes and ask myself if they are "sufficient" and "useful" and provide an appropriate score.
1.1 - Motion: A First Look (pg. 5)
1.2 - Models and Modeling (pg. 7)
1.3 - Position and Time: Putting Numbers on nature (pg. 8)
1.4 - Velocity (pg. 11)
You will take notes on the reading using the Outlining Method.
Your assignment is to UPLOAD your notes from this section of the reading (either as a Google Doc or as an image if you take notes by hand). I am not going to place a page length on the amount of notes you should take. I will simply look at your notes and ask myself if they are "sufficient" and "useful" and provide an appropriate score.