What does the graph illustrate about the*velocity*of the object?- The velocity is constant.
- The velocity is zero.
- The velocity decreases over time.
- The velocity increases over time.

What does the graph above illustrate about the*acceleration*of the object?- The acceleration is constant.
- The acceleration is zero.
- The acceleration decreases over time.
- The acceleration increases over time.

The graph shows displacement of three objects at different times. Which object is moving fastest?- A
- B
- C

The graph shows displacement of three objects at different times. What is the velocity of object A?- 6 m/s
- 3 m/s
- 10 m/s
- This cannot be determined from the graph.

- The slope of a position versus time graph represents ____.
- acceleration
- force
- position
- speed

- The slope of a speed versus time graph represents ____.
- acceleration
- distance
- force
- velocity

What is the speed of the 2.0-kilogram mass when the time equals 5 seconds?- 1 m/sec
- 2 m/sec
- 3 m/sec
- 4 m/sec

During which of these time intervals is the acceleration of the object zero?- A to B
- C to D
- D to E
- E to F

During which of these intervals is no net force being applied to the object?- A to B
- B to C
- C to D
- E to F

During which interval is the object accelerating at the greatest rate?- A to B
- B to C
- C to D
- E to F

What is the acceleration of the 2.0-kilogram mass during interval from C to D?- increasing at 1.0 m/sec^2
- decreasing at 1.0 m/sec^2
- increasing at 2.0 m/sec^2
- decreasing at 2.0 m/sec^2

What distance does the mass move during interval B-C?- 12 meters
- 16 meters
- 24 meters
- 28 meters

What distance does the mass move during interval A-D?- 12 meters
- 18 meters
- 20 meters
- 24 meters