Chapter 3 in Knight Book, Chapter 2 in OpenStax Online Book

Includes displacement, velocity, acceleration, 1D motion and relative motion

Unit Objectives (what you should end up knowing)

• Class Notes
  • Introduction to Motion
  • Motion Diagrams: Mr. Maloney || from the Physics Classroom
  • 1D Motion Equations
  • Motion Graphs of Constant Velocity and Constant Acceleration
• Unit Summary
• Motion Terms (from the physics classroom)
  • distance and displacement
  • velocity and speed
  • acceleration
• Motion Diagrams
  • How to create motion diagrams
  • 
    

Lecture Videos (marked items should be watched, in the numbered groups)

• Video Tutorials from Duffy @ BU
  • *vectors and 1D motion
  • *velocity and speed
  • *acceleration
• Video Tutorials from Mr. Maloney
  • How to Physics using Models
  • 1*Intro to Motion Video Tutorial
  • *Intro to Motion Problem Solving Techniques
  • Solving multiple step constant velocity problems
  • Solving multiple moving object problems
  • Solving Kinematics problems using velocity graphs
  • Using Calculus to Solve 1-D Kinematics Problems
    • Instantaneous Velocity and Acceleration with Derivatives
    • from Acceleration to Velocity to Position with Integrals
• Video Tutorials from DocPhysics
  • Position and Velocity Graphs
  • Position and Velocity Graphs 2
  • 1D Kinematics Playlist
    • 1-7 kinematics
    • 8,10,11
  • Meet Vectors
  • Quick Calculus Playlist
• Video Tutorials from APlus Physics
  • 1*Defining Motion
  • *Graphing Motion
  • *kinematics equations
  • *freefall
• Sample Problem Solving Videos
  • Dan Burns (Kin1)
• Crash Course
  • Motion in a Straight Line: Crash Course Physics #1
  • Vectors and 2D Motion: Crash Course Physics #4

Unit Development (*marked items are to be turned in at test time)

• Lab Activities
  • Summer Lab Activity
  • Motion Lab Activity
  • Graph Matching Activity
  • Buggie Crash Activity
• *Intro to Motion Notes [video *up to 6 min]
• *Problem Solving Sheet
• *Kinematics Starter Problems [answers]
• Acceleration Investigation [answers]
• *MiniLab Exercises [answers]
• How to Create Motion Diagrams
• *Motion Diagram Exercises [class example] [HW exercises] [key] [link to simulation, requires Java JRE]
• *Motion Diagram ILD [answers]
• MiniGraphs [answers]
• Position-Time Graphs [answers]
• Velocity-Time Graphs [answers]
• Equations from Graphs [answers]
• Multiple Objects on Graphs [answers]
• *Sample Motion Problems Set 2 [answers]
• 1D AP Like Problems [answers]
• Extra Motion Problems [answers]