Distance vs. Time Graphs

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Presentation transcript:

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.

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

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

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

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

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

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)

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)

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

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

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