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T 9/24
W 9/25
Th 9/26
F 9/27
🟢 5: T 9/24 - 📖 kinematics problem set (part 1)
🟢 5: T 9/24 - 📖 kinematics problem set (part 1)
We'll start class today by taking any questions on the "It's Your Lucky Day" Packet (aka Tesla Problem). Then, we'll talk about how to do #4 from "It's Your Lucky Day" Packet, and learn how to use equations of motion to solve problems with more than one object.
Then, we'll collaboratively work on some kinematics problems from chapter 2 in your textbook:
Chapter 2 Problems: 28, 32, 38, 60, 14, 12, 33, 39, 43, 73
Ask other students or me for help if you need it. In writing out your solutions, be sure to practice including all the components of problem solving reviewed in class as this will help solidify good habits for the assessment next week:
Draw a picture or diagram or graph.
Pick a sign convention.
List your knowns and unknowns.
Write the formula you'll be using.
Rearrange the formula with algebra so that your unknown is on the left side of the equals and all the knowns are on the right. STAY IN VARIABLES!
Plug in numbers and box your answer.
Homework: ❗ Study for Assessment on all of graphical analysis of motion next class - Thursday, September 26th. This assessment will only include graphical analysis of motion (big graph homework). It will not include kinematics equations (Tesla, textbook problems above) or linearization (lab). See Ms. Kukon's Graphical Analysis Review.
Optional Support Practice for kinematics equations: Unit 2 Worksheets page 1 only. ANSWERS.
🟩❗ 5: Th 9/26 - kinematics with two objects, linearization
🟩❗ 5: Th 9/26 - kinematics with two objects, linearization
❗ Assessment on all of graphical analysis of motion TODAY!
After the assessment, we'll wrap up our discussion from last time by walking through the full solution to #4 from "It's Your Lucky Day" Packet, and learn how to use equations of motion to solve problems with more than one object.
If there's time, we'll talk about the linearization part of the lab: Motion Graphs & Linearization Presentation.
Homework: Take your freefall video and post to ✏️ Google Classroom by Sunday at 10pm!
💚 5: F 9/27 - 📖 kinematics problem set (part 2)
💚 5: F 9/27 - 📖 kinematics problem set (part 2)
Today, we'll continue to collaboratively work on some kinematics problems from chapter 2 in your textbook:
Chapter 2 Problems: 28, 32, 38, 60, 14, 12, 33, 39, 43, 73
Ask other students or me for help if you need it. In writing out your solutions, be sure to practice including all the components of problem solving reviewed in class as this will help solidify good habits for the assessment next week:
Draw a picture or diagram or graph.
Pick a sign convention.
List your knowns and unknowns.
Write the formula you'll be using.
Rearrange the formula with algebra so that your unknown is on the left side of the equals and all the knowns are on the right. STAY IN VARIABLES!
Plug in numbers and box your answer. UNITS ON ALL NUMBERS!!!
Homework: Take your freefall video and post to ✏️ Google Classroom by Sunday at 10pm! Quiz on Kinematics Problem Solving on Wednesday, October 2nd.
Optional Support Practice for kinematics equations: Unit 2 Worksheets page 1 only. ANSWERS.
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