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W 10/7
Th 10/8
F 10/9
M 10/12
🟢❗ 6: W 10/7, 🔵 8: Th 10/8 kinematic equations
🟢❗ 6: W 10/7, 🔵 8: Th 10/8 kinematic equations
Today, I'll start by taking any questions you have about the lab.
We've already learned about the equations that DEFINE average velocity and average acceleration. Today, we'll start to use our mathematical definitions to solve problems in "It's Your Lucky Day" Packet. In class, we'll try to do #1-3.
Handouts: "It's Your Lucky Day" Packet
Homework: Make sure you've completed #1-3 on "It's Your Lucky Day" Packet. See solutions below.
Porsche Problem 2018.pdfCheck your Solution to #2 below.
🟩 6: Th 10/8, 🟦❗ 8: F 10/9 kinematic equations - 2 objects
🟩 6: Th 10/8, 🟦❗ 8: F 10/9 kinematic equations - 2 objects
Today, I'll take any questions on the "It's Your Lucky Day" Packet. Then, we'll talk about how to do #4 from "It's Your Lucky Day" Packet. We'll talk about the "equations of motion" (aka kinematic equations) that you have derived as part of this packet, and learn how to use equations of motion to solve problems with more than one object.
We'll spend the rest of the period working on page 1 of Unit 2 Worksheets. ANSWERS. FULL SOLUTIONS. We will be continuing this next time in class, so do not complete it for homework.
Handout: Equations of Motion Graphic Organizer
Homework: Check your Solution to #3 below.
💚 6: M 10/12, 💙 8: M 10/12 kinematics problem with two objects
💚 6: M 10/12, 💙 8: M 10/12 kinematics problem with two objects
We'll start by solving together #4 from "It's Your Lucky Day" Packet.
We'll spend the rest of the period working on page 1 of Unit 2 Worksheets. ANSWERS. FULL SOLUTIONS.
Homework: Finish Unit 2 Worksheets. ANSWERS. FULL SOLUTIONS.
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