Distance vs. Time Graphs

1. Distance vs. Time Graphs • Constant speed negative direction. 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.

2. Distance vs. Time Graphs • Constant speed negative direction. • Standing Still 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.

3. Distance vs. Time Graphs • Constant speed negative direction. • Standing Still • Decreasing velocity • -a 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.

4. Distance vs. Time Graphs • Constant speed negative direction. • Standing Still • Decreasing velocity • -a • Decreasing velocity • -a 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.

5. Distance vs. Time Graphs • Constant speed negative direction. • Standing Still • Decreasing velocity • -a • Decreasing velocity • -a • Increasing Velocity • +a 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.

6. Velocity vs. Time Graphs • Describe the type of motion each graph represents. Velocity on the Y-axis and Time on the X-axis. Note: The slope of these graphs give you acceleration. The area under the curves gives you displacement. Constant “+” acceleration

7. Velocity vs. Time Graphs • Describe the type of motion each graph represents. Velocity on the Y-axis and Time on the X-axis. Note: The slope of these graphs give you acceleration. The area under the curves gives you displacement. Constant “+” acceleration No Acceleration (Constant speed “+” direction)

8. Velocity vs. Time Graphs • Describe the type of motion each graph represents. Velocity on the Y-axis and Time on the X-axis. Note: The slope of these graphs give you acceleration. The area under the curves gives you displacement. Constant “+” acceleration No Acceleration (Constant speed “+” direction) Constant “-” acceleration

9. Velocity vs. Time Graphs • Describe the type of motion each graph represents. Velocity on the Y-axis and Time on the X-axis. Note: The slope of these graphs give you acceleration. The area under the curves gives you displacement. Constant “+” acceleration No Acceleration (Constant speed “+” direction) Constant “-” acceleration Ball being thrown up and falling down. Or a child on a swing (pendulum).

10. Acceleration vs. Time • The area under the curve of these graphs will give you velocity. Constant “+” acceleration

11. Acceleration vs. Time • The area under the curve of these graphs will give you velocity. Constant “+” acceleration Zero Acceleration (Constant Speed)

12. Acceleration vs. Time • The area under the curve of these graphs will give you velocity. Constant “+” acceleration Zero Acceleration (Constant Speed) Constant “-” acceleration

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

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

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