1) An object in free fall (no air resistance) will have what kind of acceleration-time graph? a) Sloped downward b) Horizontal above time axis c) Curved line d) Horizontal on time axis 2) The slope of a velocity-time graph gives: a) Acceleration b) Speed c) Distance d) Time 3) Which graph represents non-uniform acceleration? a) Straight line in velocity-time graph b) Horizontal line in acceleration-time graph c) Curved line in velocity-time graph d) Sloped line in displacement-time graph 4) In a displacement-time graph, a line sloping downward implies: a) Acceleration b) Object moving backward c) Rest d) Constant speed 5) The slope of a distance-time graph gives: a) Acceleration b) Velocity c) Displacement d) Speed 6) Which of these graphs best represents an object moving at constant speed? a) Curved displacement-time graph b) Horizontal velocity-time graph c) Sloping acceleration-time graph d) Horizontal displacement-time graph 7) A negative slope on a velocity-time graph represents: a) A) Increasing velocity b) B) Constant speed c) C) Positive acceleration d) D) Deceleration 8) In a speed-time graph, a horizontal line at zero indicates: a) Acceleration b) Constant speed c) Rest d) Increasing speed 9) Which of the following is true for an object at constant acceleration? a) Displacement-time graph is linear b) Velocity-time graph is horizontal c) Acceleration-time graph is sloped d) Velocity-time graph is a straight line with slope 10) The area under a velocity-time graph gives: a) Acceleration b) Displacement c) Speed d) Jerk

Interpret graphical representation of distance-time, Displacement -time, speed-time, velocity-time and acceleration-time

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