- 1. If you move 100 meters in 20 seconds, What is your speed?
A) 5 m/s
B) 0.5 m/s
C) 50 m/s
D) 10 m/s
E) 200 m/s
- 2. You arrive to science class 5 seconds after leaving Math which is 95 meters away. How fast did you travel?
A) 10 m/s
B) 29 m/s
C) 19 m/s
D) 9 m/s
E) 11 m/s
- 3. A plane travels 400,000 meters in 9000 seconsd. What ws its speed?
A) 4.44 m/s
B) 444.4 m/s
C) 4444 m/s
D) 44.44 m/s
E) 45 m/s
- 4. It takes Gabriel Remolina 0.50 hours to ride Palms road. His route is 18 km long. What is Gabriel´s average speed on his trip?
A) 360 km/h
B) 3.6 m/s
C) 3.6 km/h
D) 36 m/s
E) 36 km/h
- 5. You need to get to arts block, 200 meters away from the parking lot, and you can only walk at a 15 m/s speed. How much time will it take to get to your class?
A) 133 s
B) 1.33 m/s
C) 13.33 s.
D) 20 m/s
E) 13.33 km
- 6. Mr. Castillo, threw a basketball 30 meters through the air . While in flight, the ball travelled at an average speed of 6 m/s. How long did the ball remain in the air?
A) 5 s.
B) 3 seconds
C) 5 meters
D) 50 seconds
E) 500 seconds
- 7. How far can Andres get away from David, if Andres can travel at 6 m/s and it takes 10 seconds for David to catch Andres?
A) 60 km
B) 600 m
C) 60 m
D) 0.6 m
E) 6 m
- 8. Juan and Carlos want to ride their bikes from their "barrio" to school, which is 14.4 kilometers away. It takes Juan 40 minutes to arrive at school. Carlos arrives 20 minutes after Juan. How much faster is Juan´s average speed for the entire trip?
A) 10 m/s
B) 0.72 m/s
C) 0.24 m/s
D) 3 m/s
E) 3 km/h
- 9. A vehicle moving with a uniform acceleration of 2 m/s2 has a velocity of 4 m/s at a certain time. What will its velocity be after 2 seconds?
A) 2 m/s
B) 10 m/s
C) 8 km/s
D) 8 m/s
E) 6 m/s
- 10. The distance-time graph for a motorcyclist riding off from rest is shown. What type of motion does the graph shows?
A) Constant or uniform acceleration
B) Constant or Uniform speed
C) Variable speed
D) Acceleration
E) It is steady (not moving)
- 11. The distance-time graph for a motorcyclist riding off from rest is shown. How far does the motorbike move in 30 seconds?
A) 60 meters
B) 600 seconds
C) 6 meters
D) 600 km
E) 600 meters
- 12. The distance-time graph for a motorcyclist riding off from rest is shown.c. Calculate the average speed.
A) 20 km/hr
B) 10 m/s
C) 200 m/s
D) 20 s/m
E) 20 m/s
- 13. The distance-time graph for a girl on a cycle ride is shown in the figure.How far did she travel?
A) 6 km
B) 600 km
C) 60 km
D) 60 m
E) 6m
- 14. The distance-time graph for a girl on a cycle ride is shown in the figure. How long did she take?
A) 5 minutes
B) 5 seconds
C) 6 hours
D) 5 hours
E) 6 minutes
- 15. The distance-time graph for a girl on a cycle ride is shown in the figure. How many stops did she make?
A) 5
B) 4
C) 2
D) 1
E) 3
- 16. The distance-time graph for a girl on a cycle ride is shown in the figure.How long did she stop for all together?
A) 1 hour
B) 3 hours
C) 1.3 hours
D) 2 hours
E) 90 minutes
- 17. The distance-time graph for a girl on a cycle ride is shown in the figure. which stage did she travell the fastest?
A) O-A
B) C-D
C) E-F
D) A-B
E) B-C
- 18. The distance-time graph for a girl on a cycle ride is shown in the figure. What was her average speed in km/h?
A) 12 m/s
B) 12 km/h
C) 20 Km/h
D) 6 km/h
E) 12 m/s
- 19. What is the force on an object that goes from 35 m/s to 85 m/s in 20 seconds and has a mass of 148 kg
A) 300 N
B) 200 N
C) 37 N
D) 370 Kg
E) 370 N
- 20. A 3,000-N force acts on a 200-kg object. The acceleration of the object is?
A) 15 seconds
B) 15 m/s2
C) 15 m/s
D) 15 m
E) 1,5 m
- 21. During a race, a sprinter increases from 5.0 m/s to 7.5 m/s over a period of 1.25 s. What is the sprinter’s average acceleration during this period?
A) 20 m/s2
B) 2 m/s
C) 10 m/s
D) 2 m/s2
E) 20 seconds
- 22. Which properties of an object can be change by a force?
A) Direction of motion, mass and speed
B) Direction of motion and speed only
C) Direction of motion, shape and speed.
D) Mass, shape and speed
- 23. Four balls with different masses are droped from the heights shown. Which balls reaches the ground with the highest average speed? Air resistance must be ignore.
A) A
B) D
C) C
D) B
- 24. A car is moving along a straight, level road, at a constant acceleration. Which graph shows the car´s motion?
A) B
B) A
C) D
D) C
- 25. The diagram shows a meter stick, pivoted at its centre. The meter stick will balance when the mas M is:
A) 130 g
B) 120 g
C) 12 g
D) 140 g
E) 100 g
- 26. From the graph, calculate the value of Wo, assuming that see saw is at balance when W1 is 6 N, d1 is 12 cm and do is 36 cm.
A) 3 N
B) 20 N
C) 2 m
D) 0.2 N
E) 2N
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