- 1. Which of the graphs shows that one of runners started 10 yards further ahead of the other?
A) D
B) B
C) C
D) A
- 2. In which of the following graphs below are both runners moving at the same speed?
A) C
B) A
C) D
D) B
- 3. Look at the graph. It shows how three runners ran a 100-meter race. Which runner won the race?
A) Albert
B) Bob
C) Charlie
- 4. Which runner stopped for a rest?
A) Albert
B) Charlie
C) Bob
- 5. How long was the stop?
A) 3 seconds
B) 5 seconds
C) 6 seconds
D) 13 seconds
- 6. How long did Bob take to complete the race?
A) 14 seconds
B) 17 seconds
C) 13 seconds
D) 12 seconds
- 7. Segment 0-A The bus is ______________________________. Its speed changes from 0 to 10 m/s in 5 seconds.
A) decelerating
B) constant speed
C) accelerating
D) at rest
- 8. Segment A-B The bus is moving at a __________________________________of 10 m/s for 5 seconds.
A) constant speed
B) accelerating
C) at rest
D) decelerating
- 9. Segment B-C The bus is ____________________________________. It is slowing down from 10 m/s to rest in 3 seconds.
A) accelerating
B) constant speed
C) at rest
D) decelerating
- 10. Segment C-D The bus is ____________________________________________. It has stopped.
A) accelerating
B) decelerating
C) constant speed
D) at rest
- 11. Segment D-E The bus is ________________________________________________. It is gradually increasing in speed.
A) decelerating
B) at rest
C) constant speed
D) accelerating
- 12. Calculate Albert’s average speed.
A) 100 m
B) 8.33 m/s
C) .12 m/s
D) 12 m/s
- 13. The graph above shows the distance and time a cyclist traveled on a 4.0 hour ride. Which of the following statements is TRUE based on the graph data?
A) Between the second and third hour of the ride, the cyclist traveled 30 km.
B) The cyclist traveled at a constant speed throughout the ride.
C) The average speed of the cyclist in the first two hours was 15.0 km/hr.
D) The fastest speed of the cyclist was in the last hour of the ride.
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