1. Distance vs. Time Graphs
Describe the type of motion each graph represents. Distance on the Y and time on the X-axis.
Note: The slope of these graphs gives you the velocity.
Constant speed negative direction.

2. Distance vs. Time Graphs
Describe the type of motion each graph represents. Distance on the Y and time on the X-axis.
Note: The slope of these graphs gives you the velocity.
Constant speed negative direction.
Standing Still

3. Distance vs. Time Graphs
Describe the type of motion each graph represents. Distance on the Y and time on the X-axis.
Note: The slope of these graphs gives you the velocity.
Constant speed negative direction.
Standing Still
Decreasing velocity -a

4. Distance vs. Time Graphs
Describe the type of motion each graph represents. Distance on the Y and time on the X-axis.
Note: The slope of these graphs gives you the velocity.
Constant speed negative direction.
Standing Still
Decreasing velocity -a

5. Distance vs. Time Graphs
Describe the type of motion each graph represents. Distance on the Y and time on the X-axis.
Note: The slope of these graphs gives you the velocity.
Constant speed negative direction.
Standing Still
Decreasing velocity -a
Increasing Velocity +a

6. Velocity vs. Time Graphs
Describe the type of motion each graph represents. Velocity on the Y-axis and Time on the X-axis.
Constant “+” acceleration
Acceleration = speeding up

7. Velocity vs. Time Graphs
Describe the type of motion each graph represents. Velocity on the Y-axis and Time on the X-axis
Constant “+” acceleration
No Acceleration
(Speed is not
Increasing or decreasing)

8. Velocity vs. Time Graphs
Describe the type of motion each graph represents. Velocity on the Y-axis and Time on the X-axis.
Constant “+” acceleration
No Acceleration
Constant “-” acceleration
(decreasing constantly)

9. Story Time? Tell me a story for the following graphs.
Distance vs. Time and then Velocity vs. Time.

10. Graph Overlays?
Take the previous Distance vs. Time and draw a Velocity vs. Time graph which would show the same movements. d t

11. Graph Overlays?
Take the previous Distance vs. Time a draw a Velocity vs. Time graph which would show the same movements. d t v t