Slide 1 / 57 1 An object moves at a constant speed of 6 m/s. This means that the object: Increases its speed by 6 m/s every second A Decreases its speed by 6 m/s every second B Doesn’t move C Has a positive acceleration D Moves 6 meters every second E
Slide 2 / 57 2 A toy car moves 8 m in 4 s at the constant velocity. What is the car’s velocity? 1 m/s A 2 m/s B 3 m/s C 4 m/s D 5 m/s E
Slide 3 / 57 3 A train moves at a constant velocity of 50 km/h. How far will it move in 0.5 h? 10 km A 20 km B 25 km C 45 km D 50 km E
Slide 4 / 57 4 A boat can move at a constant velocity of 8 km/h in still water. How long will it take for the boat to move 24 km? 2 h A 3 h B 4 h C 6 h D 8 h E
Slide 5 / 57 5 A snapshot of three racing cars is shown on the diagram. All three cars start the race at the same time, at the same place and move along a straight track. As they approach the finish line, which car has the lowest average speed? Car I A Car II B Car III C All three cars have the same average speed D More information is required E
Slide 6 / 57 6 A bicyclist moves at a constant speed of 4 m/s. How long it will take for the bicyclist to move 36 m? 3 s A 6 s B 12 s C 9 s D 18 s E
Slide 7 / 57 7 The graph represents the relationship between velocity and time for an object moving in a straight line. Use this graph to answer questions 7 and 8. Which of the following statements is true? A The object speeds up The object slows down B The object moves with a constant velocity C The object stays at rest D The object is in free fall E
Slide 8 / 57 8 The graph represents the relationship between velocity and time for an object moving in a straight line. Use this graph to answer questions 7 and 8. What is the velocity of the object at 5 s? A 1 m/s 2 m/s B 3 m/s C 4 m/s D 5 m/s E
Slide 9 / 57 9 The graph represents the relationship between velocity and time for an object moving in a straight line. What is the traveled distance of the object at 9 s? A 10 m 24 m B 36 m C 48 m D 56 m E
Slide 10 / 57 10 The following graph represents the position as a function of time for a moving object. Use this graph to answer questions 10 and 11. Which of the following is true? A The object increases its velocity The object decreases its velocity B The object’s velocity stays unchanged C The object stays at rest D More information is required E
Slide 11 / 57 11 The following graph represents the position as a function of time for a moving object. Use this graph to answer questions 10 and 11. What is the velocity of the object? A 4 m/s 20 m/s B 8 m/s C 40 m/s D 5 m/s E
Slide 12 / 57 12 The following graph represents the position as a function of time of a moving object. Use this graph to answer questions 12 and 13. What is the initial position of the object? A 2 m 4 m B 6 m C 8 m D 10 m E
Slide 13 / 57 13 The following graph represents the position as a function of time of a moving object. Use this graph to answer questions 12 and 13. What is the velocity of the object? A 2 m/s 4 m/s B 6 m/s C 8 m/s D 10 m/s E
Slide 14 / 57 14 The following graph represents the position as a function of time of a moving object. Use this graph for questions 14 and 15. What is the initial position of the object? A 2 m 4 m B 6 m C 8 m D 10 m E
Slide 15 / 57 15 The following graph represents the position as a function of time of a moving object. Use this graph for questions 14 and 15. What is the velocity of the object? A 5 m/s -5 m/s B 10 m/s C -10 m/s D 0 m/s E
Slide 16 / 57 16 Which of the following is a vector quantity? Speed A Time B Traveled distance C Velocity D Area E
Slide 17 / 57 17 Starting from the origin, a person walks 6 km east during first day, and 3 km east the next day. What is the net displacement of the person from the initial point in two days? 6 km, west A 3 km, east B 10 km, east C 5 km, west D 9 km, east E
Slide 18 / 57 18 The diagram below illustrates a person who, starting from the origin, walks 8 km east during first day, and 5 km west the next day. Use it to answer questions 18 and 19. What is the net displacement of the person from the initial point in two days? A 6 km, east 3 km, east B 10 km, west C 5 km, west D 9 km, east E
Slide 19 / 57 19 The diagram below illustrates a person who, starting from the origin, walks 8 km east during first day, and 5 km west the next day. Use it to answer questions 18 and 19. What is the traveled distance of the person from the initial point in two days? A 13 km 3 km B 10 km C 5 km D 9 km E
Slide 20 / 57 20 The diagram below illustrates a car that, starting from the origin, travels 4 km east and then 7 km west. Use it to answer questions 20 and 21. What is the net displacement of the car from the initial point? A 3 km, west 3 km, east B 4 km, east C 7 km, west D 7 km east E
Slide 21 / 57 21 The diagram below illustrates a car that, starting from the origin, travels 4 km east and then 7 km west. Use it to answer questions 20 and 21. What is the traveled distance of the car from the initial point? A 3 km 3 km B 4 km C 7 km D 11 km E
Slide 22 / 57 22 An object moves with a constant acceleration of 5 m/s 2 . Which of the following statements is true? The object’s velocity stays the same A The object moves 5 m each second B The object’s acceleration increases by 5 m/s2 C each second The object’s acceleration decreases by 5 m/s2 D each second the object’s velocity increases by 5 m/s each E second
Slide 23 / 57 23 A truck travels east with an increasing velocity. Which of the following is the correct direction of the car’s acceleration? A B C D E
Slide 24 / 57 24 A motorbike travels east and begins to slow down before a traffic light. Which of the following is the correct direction of the motorbike’s acceleration? A B C D E
Slide 25 / 57 25 A race car moving west begins to slow down after crossing a finish line. Which of the following is the correct direction of the car’s acceleration? A B C D E
Slide 26 / 57 26 The position vs. time graph of a moving object is shown below. Use this graph to answer questions 26 through 30. What is the average speed from 0 s to 4 s? A 0.5 m/s 1 m/s B 2 m/s C 3 m/s D 4 m/s E
Slide 27 / 57 27 The position vs. time graph of a moving object is shown below. Use this graph to answer questions 26 through 30. What is the average speed from 4 s to 8 s? A 0.5 m/s 1 m/s B 2 m/s C 3 m/s D 4 m/s E
Slide 28 / 57 28 The position vs. time graph of a moving object is shown below. Use this graph to answer questions 26 through 30. What is the object’s position at 6 s? A 2 m 1 m B 3 m C 7 m D 9 m E
Slide 29 / 57 29 The position vs. time graph of a moving object is shown below. Use this graph to answer questions 26 through 30. What is the average acceleration from 4 s to 8 s? A 0 m/s 2 1 m/s 2 B 2 m/s 2 C 3 m/s 2 D 4 m/s 2 E
Slide 30 / 57 30 The position vs. time graph of a moving object is shown below. Use this graph to answer questions 26 through 30. Which of the following is the velocity vs. time graph? A B C D E
Slide 31 / 57 31 A car and a delivery truck both start from rest and accelerate at the same rate. However, the car accelerates for twice the amount of time as the truck. What is the final speed of the car compared to the truck? Half as much A The same B Twice as much C Four times as much D One quarter as much E
Slide 32 / 57 32 A car and a delivery truck both start from rest and accelerate at the same rate. However, the car accelerates for twice the amount of time as the truck. What is the traveled distance of the car compared to the truck? Half as much A The same B Twice as much C Four times as much D One quarter as much E
Slide 33 / 57 33 A modern car can develop an acceleration four times greater than an antique car like “Lanchester 1800”. If they accelerate over the same distance, what would be the velocity of the modern car compared to the antique car? Half as much A The same B Twice as much C Four times as much D One quarter as much E
Slide 34 / 57 34 An object is released from rest and falls in the absence of air resistance. Which of the following is true about its motion? Its acceleration is zero A Its acceleration is constant B Its velocity is constant C Its acceleration is increasing D Its velocity is decreasing E
Slide 35 / 57 35 A ball is thrown straight up from point A, reaches a maximum height at point B, and then falls back to point C, as illustrated by the picture below. Use this for questions 35, 36, and 37. Which of the following is true about the direction the ball’s velocity and acceleration between A and B? D A E B C
Slide 36 / 57 36 A ball is thrown straight up from point A, reaches a maximum height at point B, and then falls back to point C, as illustrated by the picture below. Use this for questions 35, 36, and 37. Which of the following is true about the direction the ball’s velocity and acceleration between B and C? A D E B C
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