1) What motion is being described in this Velocity vs. Time graph? a) Acceleration - Not Constant (Speed) b) Positive Constant Acceleration (Speed) c) Not Moving (Position) d) Deceleration (Position) e) Constant Speed (speed) f) Deceleration - Not constant (Speed) 2) What motion is being described in this Distance vs. Time graph? a) Constant Speed - Return to Start (Position) b) Constant Speed (High Rate of Speed) (Position) c) Acceleration (Position) d) Deceleration (Position) e) Constant Speed - Going Away (Position) f) Not Moving (Position) 3) What motion is being described in this Velocity vs. Time graph? a) Acceleration - Not Constant (Speed) b) Positive Constant Acceleration (Speed) c) Not Moving (Speed) d) Negative Constant Acceleration (Speed) e) Constant Speed (Speed) f) Deceleration - Not constant (Speed) 4) What motion is being described in this Distance vs. Time graph? a) Constant Speed - Return to Start (Position) b) Constant Speed (High Rate of Speed) (Position) c) Acceleration (Position) d) Deceleration (Position) e) Constant Speed - Going Away (Position) f) Not Moving (Position) 5) What motion is being described in this Velocity vs. Time graph? a) Acceleration - Not Constant (Speed) b) Positive Constant Acceleration (Speed) c) Not Moving (Speed) d) Negative Constant Acceleration (Speed) e) Constant Speed (Speed) f) Deceleration - Not constant (Speed) 6) What motion is being described in this Distance vs. Time graph? a) Constant Speed - Return to Start (Position) b) Constant Speed (High Rate of Speed) (Position) c) Acceleration (Position) d) Deceleration (Position) e) Constant Speed - Going Away (Position) f) Not Moving (Position) 7) What motion is being described in this Velocity vs. Time graph? a) Acceleration - Not Constant (Speed) b) Positive Constant Acceleration (Speed) c) Not Moving (Speed) d) Negative Constant Acceleration (Speed) e) Constant Speed (Speed) f) Deceleration - Not constant (Speed) 8) What motion is being described in this Distance vs. Time graph? a) Constant Speed - Return to Start (Position) b) Constant Speed (High Rate of Speed) (Position) c) Acceleration (Position) d) Deceleration (Position) e) Constant Speed - Going Away (Position) f) Not Moving (Position) 9) What motion is being described in this Velocity vs. Time graph? a) Acceleration - Not Constant (Speed) b) Positive Constant Acceleration (Speed) c) Not Moving (Speed) d) Negative Constant Acceleration (Speed) e) Constant Speed (Speed) f) Deceleration - Not constant (Speed) 10) What motion is being described in this Distance vs. Time graph? a) Constant Speed - Return to Start (Position) b) Constant Speed (High Rate of Speed) (Position) c) Acceleration (Position) d) Deceleration (Position) e) Constant Speed - Going Away (Position) f) Not Moving (Position) 11) What motion is being described in this Velocity vs. Time graph? a) Acceleration - Not Constant (Speed) b) Positive Constant Acceleration (Speed) c) Not Moving (Speed) d) Negative Constant Acceleration (Speed) e) Constant Speed (Speed) f) Deceleration - Not constant (Speed) 12) What motion is being described in this Distance vs. Time graph? a) Constant Speed - Return to Start (Position) b) Constant Speed (High Rate of Speed) (Position) c) Acceleration (Position) d) Deceleration (Position) e) Constant Speed - Going Away (Position) f) Not Moving (Position)

MOTION GRAPHS PRACTICE

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