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POSITION, VELOCITY, & ACCELERATION. Focus on Graphing. Make Predictions based on initial graph. When given one motion graph, what will the other two motion graphs look like?. Graph One : Constant Position Make a Prediction – What will the V vs T and A vs T graphs look like?. Position. Time.
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POSITION, VELOCITY, & ACCELERATION Focus on Graphing
Make Predictions based on initial graph When given one motion graph, what will the other two motion graphs look like?
Graph One: Constant PositionMake a Prediction – What will the V vs T and A vs T graphs look like? Position Time
Velocity and Acceleration Graphs Velocity Acceleration Time Time
Graph Two: Constant + VelocityMake a Prediction – What will the V vs T and A vs T graphs look like? Position Time
Velocity and Acceleration Graphs Velocity Acceleration Time Time
Graph Three: Constant - VelocityMake a Prediction – What will the V vs T and A vs T graphs look like? Position Time
Velocity and Acceleration Graphs Velocity Acceleration Time Time
Graph Four: Increasing + VelocityMake a Prediction – What will the V vs T and A vs T graphs look like? Position Time
Velocity and Acceleration Graphs Velocity Acceleration Time Time
Graph Five: Decreasing + VelocityMake a Prediction – What will the V vs T and A vs T graphs look like? Position Time
Velocity and Acceleration Graphs Velocity Acceleration Time Time
Graph Six: Increasing - VelocityMake a Prediction – What will the V vs T and A vs T graphs look like? Position Time
Velocity and Acceleration Graphs Velocity Acceleration Time Time
Graph Seven: Decreasing - VelocityMake a Prediction – What will the V vs T and A vs T graphs look like? Position Time
Velocity and Acceleration Graphs Velocity Acceleration Time Time
Graph Eight: Position Time
Velocity and Acceleration Graphs Velocity Acceleration Time Time
Graph Nine: Position Time
Velocity and Acceleration Graphs Velocity Acceleration Time Time
Graph Ten: Position Time
Velocity and Acceleration Graphs Velocity Acceleration Time Time