11 University Chemistry Kinematics 
Don't forget to refresh this page each time you access it!

Learning Goals

 

 Lesson

Topic

Homework

 

Jan 31

 

Welcome to Physics!

  Course Overview

Textbook Section

 
  • Introduction to the Course:
    • Watch the Intro Course Video
  • Course Setup
    • Complete Record Your Name on Google Classroom
    • review the Safety Agreement WB 6-7  and get it signed and submit on Google Classroom
    • complete the Safety Worksheet WB 9 and submit on Google Classroom
       
  • Safety Quiz
    • You will be completing the Safety Test In Class next week. NOTE that you must have submitted both the Safety Worksheet and the signed Safety Agreement on Google Classroom in order for you to write it!

 

Jan 31

Day 1

 

  Math Review

Textbook Section

 
  • Math and Algebra Review:
    • Review these essential math skills required for this course:
  • Isolating Variables
    • Practice isolating variables with real physics equations!

 

Feb 3

Day 2

 

   Measurement in Physics

    Measurement Accuracy and Precision

     Scientific Notation

 

Textbook Section

 
  • Measurement in Physics
    • Watch the Measurement Intro Video to complete the note on WB 16 left side
    • Watch the Accuracy and Precision Video to complete the note on WB 16  right side
    • Precision and Accuracy Practice WB 17 (answers)


     

 

Feb 4

Day 3

Grade Assembly

   A6.2 Measurement in Physics (pp. 651-652 in text)
  • Significant Digits
    • complete the Significant Digits notes:

 

Feb 5

Day 4

Quiz - Math/Measurement/Scientific Notation

Measurement in Physics - Significant Digits

Converting Units in Physics - Factor Label Method

   A6.2 Measurement in Physics (pp. 651-652 in text)
  • Significant Digits
    • complete the Significant Digits notes:
  • Unit Conversions

 

Feb 6

Day 5

Vector Quantities - Intro & Drawing Vectors

  1.1 Vector Quantities
  • Unit Conversions Con't - m/s <-> km/h
  • Vector Quantities
  • Homework
    • Measurement and Math
      • complete the practice Measurement/Significant Digit Practice Quiz on  Google Classroom
      • complete the practice Sig Digit and Conversion quiz (answers)
       

 

Feb 7

Day 6

Quiz - Sig Digits and Conversions

Vector Quantities - Drawing Vectors

  1.1 Vector Quantities

 

Feb 10

Day 8

Vector Quantities - Finding Resultant Displacement With Scale Diagram

   2.1 Motion in Two Dimensions - Vector Diagrams
  • Finding Resultant Displacement using Scale Diagrams
    • complete WB 26-27 using this  video (answers)
      (the video is not EXACTLY the same but still explains the idea of adding vectors)
    • Finding dR with scale diagrams WB 27 (answers)
  • Homework
    • Finding Resultant Displacement using Scale Diagrams
      • complete WB 27a (answers)
        (if you need extra help, the textbook has a good overview on         pages 61-64)

 

Feb 11

Day 9

Vector Quantities - Finding Resultant Displacement Algebraically

Practice Scale Diagram Quiz

  2.2 Motion in Two Dimensions - An Algebraic Approach
  • Practice quiz (answers) (video)  - note that the angle for Q1 should be [E83oN]
     
  • Finding Resultant Displacement using ALGEBRA
  • Finding the X and Y Components of Vectors

 

Feb 12-13

Day 10

Vector Quantities - Finding Resultant Displacement Algebraically

  2.2 Motion in Two Dimensions - An Algebraic Approach
  • Finding the Resultant Displacement of Angled Vectors using Algebra
    • Intro example to find resultant displacement mathematically WB30a (answers)  this is similar to the example in the tutorial on page 71 of your textbook
    • Watch the following overview video of this method
    • Watch the detailed step-by-step video
    • complete the examples on WB 30
  • Use the following to help you better understand Today's Lesson:
    • Vector Addition Overview Powerpoint (click here)
    • Vector Addition Detail Powerpoint (WB 31) (click here)

 

Feb 18

Day 11

Position-Time graphs
Vectors Quiz (Both Scale Diagram and Component Method)

    1.2 Graphing Motion - Position-Time graphs
  • Graphing and Slope Review:
    • Watch this video to complete WB 14 which reviews graphing in science and how to properly determine slope from a line of best fit
       
  • Uniform Motion Practice Lab (Posted on Google Classroom)
    • Complete the following for the Uniform Motion Practice Lab:
      • observation table
      •  graph with line of best fit
      • slope calculation
    • use the checklist provided

 

Feb 19

Day 12

Position-Time graphs
 

    1.2 Graphing Motion - Position-Time graphs
  • Uniform Motion Practice Lab Analysis
    • Complete the analysis for the Uniform Motion Practice Lab
       
  • Homework
    • Complete the analysis for the Uniform Motion Practice Lab
       
    • Review the  Position-time graph motion powerpoint

 

Feb 20

Day 13

Position-Time graphs
Vectors Test

    1.2 Graphing Motion - Position-Time graphs
  • Position-Time Graphs  - Uniform Motion
  • Position-Time Graphs - Non-Uniform Motion (Acceleration)
    • Intro to Acceleration Complete WB 35 (left side) using this (video) (note)
    • Drawing Non-Uniform Motion Complete WB 36 (top) using this (video) (note)
       
  • Homework
    • complete the practice Uniform Motion Lab analysis

 

Feb 21

Day 14

Position-Time graphs

    1.2 Graphing Motion - Position-Time graphs
  • Position-Time Graphs - Non-Uniform Motion (Acceleration)
    • Determining Instantaneous Velocity complete WB 36 (bottom) using this  (video) (note)
    • Finding Average Velocity WB 37 (note)
       
  • Position-Time Graphs

 

 

Feb 24

Day 15

Velocity-Time graphs

    1.2 Graphing Motion - Velocity-Time graphs
  • Ramp Lab Practice Tangents
    • Complete the Tangents on the Acceleration Down a Ramp Lab Practice Graphing (worksheet) (answers)  (video) to help you complete the tangents on your d-t graph (this MUST be done in order to do the actual lab)
       
  • Velocity-Time Graphs
    •   Complete the intro note on WB 41 (answers) (video)
    • Complete the note on WB 42:using the following videos: (completed note)
      • video top left of WB. 42(Intro to v-t graphs)
      • video bottom left of WB. 42(v-t slopes)
      • video right side of WB. 42(Determining Displacement) (note)

 

Feb 25

Day 16

Position-Time Graph Practice Quiz

Velocity-Time graphs

    1.2 Graphing Motion - Velocity-Time graphs

 

Feb 26

Day 17

Converting Between Graphs

 1.3 Graphing Motion
  • Converting Between Graphs
  • Homework
    • Complete WB 48a graph conversions (answers)
    • Complete WB 48b graph conversions (answers) ignore a-t graphs for now
       
  • Extra Resource:

 

Feb 27

Day 18

Acceleration-Time Graphs
 Overall Graphing Practice Quiz

 1.3 Graphing Motion
 1.4 acceleration-time graphs

 

Feb 28

Day 19

Vehicle Travelling Down a Ramp Lab - Data Collection

 1.3 Graphing Motion
 1.4 acceleration-time graphs
  • Acceleration Down a Ramp Lab Powerpoint
    • create an observation table using your ticker tape data
      (remember to measure data with appropriate significant digits and follow the Observation Table guidelines on WB 9)
    • create a position-time graph from the data and determine the Vinst at 0.2s. 0.4s, 0.6s, 0.8 s (similar to the practice graph - here is a video to review this technique)
    • create a velocity-time graph to determine the acceleration of the cart
  • Homework
    • prepare for the lab analysis:
      • What if questions?
      • error analysis
        • calculate precision and/or accuracy of measurements/calculations
        • what errors did you encounter during the lab
        • how do they impact the measurements
        • how do you avoid them?
      • conclusion:
        • what was the acceleration of the cart?
        • what should it be?
        • what factor(s) led to any differences in accel?

 

Mar 3

Day 20

 

 Overall Graphing Assignment - d-t, v-t, and a-t
 

1.5 Motion Equations
 
  • Homework
    • prepare for the lab analysis:

 

Mar 4

Day 22

 

Equations of Motion - Intro

1.5 Motion Equations
  • Equations of Motion Intro
    • Complete the following notes
      • GRASP method expectations WB 50 (video) (add the extra information for conversions)
      • Solving Uniform Motion Problems WB 55 (note) (video)
      • overview of "B  ig 5" non-uniform motion equations WB 55 (note)(video)
  • Homework
    • complete the examples on TB39 #1,3-4; TB 43 3-5  (answers)

 

 

Mar 5

Day 21

 

Kinematics Test Part 1 - Measurement / Vectors / Graphing

1.5 Motion Equations

 
  • Equations of Motion Intro
  • Complete the following notes

 

Mar 6

Day 23

 

Equations of Motion - 2 Part Questions and Gravity

1.5 Motion Equations
  • Equations of Motion
    • Complete the following notes
      • review the last two examples on this  note on WB 56  using this video  
      • Review the video and complete the note on WB 57 (the second example has down as POS direction - it should really be [up] POS!)
 
  • Homework
    • complete the examples on WB 53  (answers)
 

 

Mar 7

Day 21

 

Vehicle Travelling Down a Ramp Lab - Analysis

  

 
  • Homework
    • complete the examples on WB 53  (answers)
    • WB 59 'Equations of Motion Worksheet' #1-11 (answers) (*the answer for #4 should be 35 m!) These are due first day back from March Break (i.e. work for today and tomorrow)
 

 

Mar 17

Day 24

Practice Equations Quiz
Equations of Motion - Multi-Part Motion

1.5 Motion Equations
  • Equations of Motion - Multipart Motion
  • Homework
    • WB 59 'Equations of Motion Worksheet' #12-13(answers)
    • complete the examples on TB39 #1,3-4; TB 43 3-5  (answers)

 

Mar 18

Day 25

 

Equations Quiz
 Projectile Motion

  
  • Projectile Motion
    • Complete WB 61g-h - Projectile Golf Range using this Gizmo
    • visit the ExploreLearning.com website:
    • Enroll in a class (blue button top right corner) - using the following class code:  FA7WPQRZTN       
    • Register - Create a User Name consisting of Firstname-Lastname
       
  • Homework
    • WB 59 'Equations of Motion Worksheet' #1 - 13(answers)

 

 

Mar 19

Day 26

 

Projectile Motion

  

 

 

Mar 20

 

 

 

 

Projectile Motion-Intro and Horizontal

2.3 Projectile Motion
  • Angled Projectile Motion
    • Use the the  Projectile Golf Range Gizmo to complete WB61i  (answers) this will help you understand how changing the angle impacts the motion of a projectile
       
  • Horizontal Projectile Motion

 

 
  • Homework
    • Projectile Motion
      • Complete WB 61g-h - Projectile Golf Range using this Gizmo
      • visit the ExploreLearning.com website:
      • Enroll in a class (blue button top right corner) - using the following class code:  FA7WPQRZTN       
      • Register - Create a User Name consisting of Firstname-Lastname
      • explain how the vx and vy is affected by the angle and how this affects the motion of the projectile)
         
  • Web Link

 

Mar 21

 

Projectile Motion-Review

Projectile Motion Practice Quiz

Intro to Forces

3.1 Types of Forces
  • Projectile Motion Review
  • Introduction to Forces
  • Drawing Free Body Diagrams
  • Homework
    • Try the following if you need extra practice:
      • TB 81 #1-4, 7 (try #8 as a challenge - it involves the quadratic equation) (answers)
      • complete WB 62-63 #1-3, 5-7 (answers)

 

Mar 24

 

Projectile Motion Quiz
Force Free Body Diagrams

3.1 Types of Forces
  • Drawing Free Body Diagrams
 
  • Homework
    • Draw Free Body Diagrams (FBD) for the situations at the bottom of WB 67 bottom (answers) (video) * for #2 & #3 assume you are accelerating down
 

 

Mar 25

 

Force Free Body Diagrams

3.1 Types of Forces
  • Determining Forces in Free Body Diagrams
  • Homework
    • Forces in 2D FBD Calculations WB70 2-4 (answers)
    • Review the example on WB 71 and Tutorial 1 on p. 117 of your textbook to help you)

 

Mar 26

 

Kinematics Test Part 2 - Equations / Projectile Motion