# Goal 2: Question Preview (ID: 172)

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After a rocket takes off, its distance traveled is measured and is represented in this graph. What is the average speed of the rocket? |
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a) 12 km/s | b) 5 km/s | c) 3 km/s | d) 1 km/s | |

Which graph represents a car with positive acceleration? |
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a) A | b) B | c) C | d) D | |

A student is a passenger in the front seat of a moving car. Which object is the BEST fame of reference for the student to determine how fast the car is moving relative to the ground? |
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a) a person sitting in the backseat of the car | b) a truck traveling in the lane next to the car | c) the driver sitting next to the student | d) a signpost on the side of the road | |

An object rolls east at a steady speed of 12m/s for 3 seconds. What distance did it travel? |
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a) 7 m | b) 18 m | c) 24 m | d) 36 m | |

A car's velocity changes from 0 m/s to 40 m/s in 5 seconds. What is the average acceleration of the car? |
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a) 5 m/s/s | b) 8 m/s/s | c) 35 m/s/s | d) 200 m/s/s | |

This graph represents the motion of an object. What is the average speed of the object from time=0 s to time=5 s? |
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a) 0.8 m/s | b) 1.2 m/s | c) 5 m/s | d) 6 m/s | |

A car starts from rest and accelerates uniformly at 1.7 m/s/s. How long will it take the car to reach a speed of 34 m/s? |
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a) 200 s | b) 58 s | c) 20 s | d) 2 s | |

This graph shows the motion of a person riding a bike. Which time period shows the acceleration of the bike? |
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a) 0-4 s | b) 4-8 s | c) 8-10 s | d) 10-16 s | |

A 200 kg load is suspended from a cable on a crane. The load is moved upward at a constant velocity of 20 m to the top of the building. What would be true of the force on the cable as it moved upward? |
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a) The force on the cable decreased. | b) The force on the cable increased. | c) The force on the cable remained the same. | d) The force on the cable depended upon the energy of the crane. | |

A student uses two identical balls to perfrom an investigation. The student throws ball A with a horizontal velocity from a height of 10 m. At the same time, another student drops ball B from the same height without any horizontal velocity. Neglec |
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a) Ball A will hit the ground first. | b) Ball B will hit the ground first. | c) Both balls will hit the ground at the same time. | d) Ball A will take twice as long to hit the ground. | |

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