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This text is meant to accompany class discussions. It is not everything there is to know about uniform circular motion. It is meant as a  prep for class. More detailed notes and examples are given in the class notes, presentations, and demonstrations (click here.)
Click for the questions that go with this reading
Table of Contents
Page
Description
Introduction Chapter Pre-Reading
1
Displacement and Constant Velocity
2

Modeling Motion with the Kinematics Formulas (Deriving the equations)

3
Solving Word Problems in Kinematics (Includes example video.)
4

g's ...Another Unit of Acceleration

5

"Drag Race Style" and Segmented Problems (Includes example videos of each.)

6 Kinematics and Free Fall Motion
8 How your work gets graded for communication

 

Resources
Formulas for the daily formula quiz.
01 Vector Basics -Part 1 (Part 2 will be covered in a later unit.)
01  Intro to numeric methods for kinematics
01/02 Intro the numerical methods for solving kinematics problems. How to draw like a physicist. Getting started wtih porblem solving.
03.5 Presentation: g's

04 Presentation: Kinematics Problem Solving "Race" problems w/math help towards the end.
04B Example: Kinematics Problem Solving Steps for "Race" Problems

05 Presentation: Kinematics Problem Solving Steps for "Segmented" Problems
Some notes Solve single unit conversion.
Solve fractional unit conversion.
Solve conversions where the units are raised to a power.
This is the same video note that is embedded below.
Selected solutions
ON LINE PRE-TEST(Part 1)
ON LINE PRE-TEST(Part 2)
Online Review Quiz
ON LINE PRE-TEST(Part 3)
Quiz
Unit - Variable Quiz
Quiz
g conversions
Quiz
segmented problems solving clues
Quiz
freefall
Quiz
listing the givens
Mastery Assignment: This must be completed and shown to the teacher before getting the right to take the mastery test.
Prob Link to see the video solution on YouTube
11 https://bit.ly/mwckinematics11
13 https://bit.ly/mwckinematics13
15 https://bit.ly/mwckinmatics15
17 https://bit.ly/mwckinematics17
19 https://bit.ly/mwckinematics
21a https://bit.ly/mwckinematics21a
21b http://bit.ly/mwckinematics21b
21c 21c
23 23
25 25
27 27
29 29
31 31a,b
31c 31c
 

by Tony Wayne ...(If you are a teacher, please feel free to use these resources in your teaching.)

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