1D Motion

LEQ #1: How can motion be described?

• Displacement vs Distance (9/13)

• Speed vs Velocity (9/14)

• Motion Diagrams (9/15)

LEQ #2: How do DT, VT, and AT graphs describe the motion of object?

• Graphical Analysis of Motion Nearpod

• Graphical Analysis of Motion Notes

LEQ #3: How do identify which equations to use in solving problems?

• CP Kinematic Equations (10/1)

LEQ #4: How do things fall?

• Free Fall (10/6 and 10/7)

LEQ #1: How can motion be described?

• Displacement vs Distance (9/13)

• Speed vs Velocity (9/14)

LEQ #2: How do DT, VT, and AT graphs describe the motion of object?

LEQ #3: How do identify which equations to use in solving problems?

• Kinematic Equation Screencast (10/1)

LEQ #4: How do things fall?

• Free Fall Part 1 Screencast (10/6)

• Free Fall Part 2 Screencast (10/7)

LEQ #1: How can motion be described?

• Flipping Physics - Intro to Displacement

• Flipping Physics - Intro to Velocity and Speed

• Aplus Physics - Defining Motion

LEQ #2: How do DT, VT, and AT graphs describe the motion of object?

• Flipping Physics: Position, Velocity, and Acceleration Graphs

• Aplus Physics - Graphing Motion

LEQ #3: How do identify which equations to use in solving problems?

• Aplus Physics - Kinematic Equations

LEQ #4: How do things fall?

• Flipping Physics: Introduction to Free Fall

• Flipping Physics: Common Free Fall Pitfalls

• Aplus Physics: Free Fall