Graph Numerical Reasoning Test! Trivia Questions Quiz

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Quizzes Created: 9 | Total Attempts: 4,139
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  • 1/19 Questions

    A runner's position is 40 m at time t = 0 s. If he runs at a constant pace of 1.5 m/s, what will his position be at t = 45s?

    • 67.5 meters
    • 107.5 meters
    • 40 meters
    • 106.5 meters
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About This Quiz

Graph Numerical Reasoning Test! These trivia questions are designed to help you test out just how skilled you are when it comes to making calculations on distance, speed, and time. Think that you can get the highest score based on what you already know? Give it a shot and get to have some practice while you are at it. All the best!

Graph Numerical Reasoning Test! Trivia Questions Quiz - Quiz

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  • 2. 

    A runner's position is 20 m at time t = 0 s. If he runs at a constant pace of 0.5 m/s, what will his position be at t = 45s?

    • 20 meters

    • 40.5 meters

    • 42.5 meters

    • 22.5 meters

    Correct Answer
    A. 42.5 meters
    Explanation
    The runner's position at time t = 0 s is given as 20 m. Since the runner is running at a constant pace of 0.5 m/s, we can calculate his position at t = 45 s by multiplying the pace by the time. Therefore, the runner will have covered a distance of 0.5 m/s * 45 s = 22.5 m. Adding this distance to the initial position of 20 m, we get a final position of 20 m + 22.5 m = 42.5 m.

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  • 3. 

    Use the data below to answer the following question: Is the velocity of the object constant? If so, what is the object's velocity?   Time (s) Position (m) 0.0               30 1.0               40 2.0               50 3.0               60 4.0               70 5.0               80

    • Yes; +50 m/sec

    • Yes; +30 m/sec

    • Yes; + 10 m/sec

    • Yes; +16 m/sec

    • No

    Correct Answer
    A. Yes; + 10 m/sec
    Explanation
    The object's velocity is constant because the position increases by a consistent amount of 10 meters every second. This indicates that the object is moving at a steady pace without any acceleration or deceleration. The +10 m/sec indicates that the object is moving in the positive direction along the position axis.

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  • 4. 

    Use the data below to answer the following question: What is the starting position of the object?   Time (s) Position (m) 0.0               30 1.0               40 2.0               50 3.0               60 4.0               70 5.0               80

    • 0 meters

    • +30 meters

    • +15 meters

    • -30 meters

    • +80 meters

    Correct Answer
    A. +30 meters
    Explanation
    The starting position of the object is +30 meters. This can be determined by looking at the position values at time 0.0 seconds, which is given as 30 meters.

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  • 5. 

    Use the data below to answer the following question: Write an equation for the object's position over time.   Time (s) Position (m) 0.0               30 1.0               40 2.0               50 3.0               60 4.0               70 5.0               80

    • X = (+10 m/sec) (t) - 30 m

    • X = (-10 m/sec) (t) + 30 m

    • X = (-10 m/sec) (t) - 30 m

    • X = (+10 m/sec) (t) + 30 m

    • X = (10 m/sec) (t) + 30 m

    Correct Answer
    A. X = (+10 m/sec) (t) + 30 m
    Explanation
    The equation X = (+10 m/sec) (t) + 30 m represents the object's position over time. The +10 m/sec indicates that the object's position is increasing by 10 meters per second. The (t) represents the time in seconds. The +30 m indicates that the object's initial position is 30 meters. Therefore, as time increases, the object's position increases by 10 meters per second.

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  • 6. 

    Use the data below to answer the following question: Use your equation to solve for the object's position at time 15.0 s   Time (s) Position (m) 0.0               30 1.0               40 2.0               50 3.0               60 4.0               70 5.0               80

    • +150 m

    • +180 m

    • -150 m

    • - 180 m

    • 0 m

    Correct Answer
    A. +180 m
  • 7. 
    Use the graph below to answer questions  #7: What interval had the greatest velocity? - ProProfs

    Use the graph below to answer questions  #7: What interval had the greatest velocity?

    • 2-5 sec

    • 5-7 sec

    • 7-12 sec

    • 12-14

    Correct Answer
    A. 5-7 sec
    Explanation
    The interval from 5-7 seconds had the greatest velocity. This can be determined by looking at the graph and observing that the slope of the line during this interval is steeper compared to the other intervals. A steeper slope indicates a higher velocity. Therefore, the 5-7 second interval had the greatest velocity.

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  • 8. 
    Use the graph below to answer questions  #8: What interval had the most negative velocity? - ProProfs

    Use the graph below to answer questions  #8: What interval had the most negative velocity?

    • 2-5 sec

    • 5-7 sec

    • 7-12 sec

    • 12-14

    Correct Answer
    A. 12-14
    Explanation
    The interval from 12-14 seconds had the most negative velocity. This can be determined by looking at the graph and observing that the slope of the line during this interval is the steepest and goes downwards, indicating a negative velocity.

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  • 9. 
    Use the graph below to answer questions  #9: Describe the motion of the vehicle at 10 seconds?  - ProProfs

    Use the graph below to answer questions  #9: Describe the motion of the vehicle at 10 seconds? 

    • The vehicle is at a constant positive velocity and moving.

    • The vehicle is at a constant negative velocity and moving.

    • The vehicle is at a constant velocity and not moving.

    • The vehicle is continually increasing in velocity.

    Correct Answer
    A. The vehicle is at a constant velocity and not moving.
    Explanation
    At 10 seconds, the graph shows a horizontal line, indicating that the vehicle's position is not changing over time. This means that the vehicle is not moving. Additionally, since the line is horizontal, it indicates that the vehicle's velocity is constant (not changing) during this time period. Therefore, the correct answer is that the vehicle is at a constant velocity and not moving.

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  • 10. 
    Use the graph below to answer questions  #10: Describe the motion of the vehicle at 10 seconds?  - ProProfs

    Use the graph below to answer questions  #10: Describe the motion of the vehicle at 10 seconds? 

    • The vehicle is at a constant positive velocity and moving.

    • The vehicle is at a constant negative velocity and moving.

    • The vehicle is at a constant velocity and not moving.

    • The vehicle is continually increasing in velocity.

    Correct Answer
    A. The vehicle is at a constant velocity and not moving.
    Explanation
    According to the graph, at 10 seconds, the position of the vehicle remains constant, indicating that it is not moving. Additionally, the slope of the graph is zero at this point, which means that the velocity is also constant. Therefore, the correct answer is that the vehicle is at a constant velocity and not moving.

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  • 11. 
    Use the graph below to answer questions  #11: Describe the motion of the vehicle at 2-5 seconds - ProProfs

    Use the graph below to answer questions  #11: Describe the motion of the vehicle at 2-5 seconds

    • Velocity = +1 m/sec, traveling in the positive direction

    • Velocity = -1 m/sec, traveling in the positive direction

    • Velocity = +1 m/sec, traveling in the negative direction

    • Velocity = -1 m/sec, traveling in the negative direction

    Correct Answer
    A. Velocity = -1 m/sec, traveling in the negative direction
    Explanation
    The graph shows that the velocity of the vehicle decreases from 1 m/sec to -1 m/sec between 2-5 seconds. Since the velocity is negative, it indicates that the vehicle is moving in the negative direction, opposite to the positive direction. Therefore, the correct answer is "Velocity = -1 m/sec, traveling in the negative direction."

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  • 12. 
    Is this graph possible? Can it describe the motion for one vehicle in a single trial? Choose the best answer below. - ProProfs

    Is this graph possible? Can it describe the motion for one vehicle in a single trial? Choose the best answer below.

    • No, a vehicle can't be in the same position at the same value.

    • No, a vehicle can't have different positions attached to different time values.

    • Yes, a vehicle is able to have two positions at one time value

    • Yes, a vehicle can have multiple positions (one or more) at one time value.

    Correct Answer
    A. No, a vehicle can't be in the same position at the same value.
    Explanation
    The answer is correct because it is not possible for a vehicle to be in the same position at the same time value. This would violate the basic principles of physics and the concept of motion. In a single trial, a vehicle can have different positions at different time values, but it cannot occupy the same position at the same time.

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  • 13. 
    Use the following for questions  What happens when the lines above the cross? - ProProfs

    Use the following for questions  What happens when the lines above the cross?

    • CMV1 and CMV2 crash

    • CMV1 and CMV2 have the same velocity

    • CMV1 and CMV2 are at the same position from the origin

    • CMV1 and CMV2 have moved the same total position

    Correct Answer
    A. CMV1 and CMV2 crash
  • 14. 
    Use the following for questions Which CMV has moved more position overall from 0-15 seconds? - ProProfs

    Use the following for questions Which CMV has moved more position overall from 0-15 seconds?

    • CMV1

    • CMV2

    • CMV1 and CMV2 are same

    Correct Answer
    A. CMV2
    Explanation
    CMV2 has moved more positions overall from 0-15 seconds compared to CMV1.

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  • 15. 
    Use the following for questions  Which answer best supports your response in #14 - ProProfs

    Use the following for questions  Which answer best supports your response in #14

    • CMV2 is moving in the negative direction, and CMV1 is moving positive, so it has traveled further.

    • CMV2 has changed more position over this time period than CMV1

    • CMV1 has changed more position over this time period than CMV2

    • CMV1 and CMV2 change the same amount of position

    Correct Answer
    A. CMV2 has changed more position over this time period than CMV1
    Explanation
    The answer states that CMV2 has changed more position over this time period than CMV1. This implies that CMV2 has traveled a greater distance or has experienced a greater change in position compared to CMV1.

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  • 16. 
    Imagine x-axis is time (sec) and y-axis is position (m) What was the velocity from 0-2 seconds? - ProProfs

    Imagine x-axis is time (sec) and y-axis is position (m) What was the velocity from 0-2 seconds?

    Correct Answer
    0m/sec
    0 m/sec
    0 m /sec
    0 m/ sec
    0m/ sec
    Explanation
    The velocity from 0-2 seconds is 0m/sec. This means that there is no change in position during this time interval, indicating that the object is not moving. The various options provided are just different ways of representing the same value of velocity, which is 0m/sec.

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  • 17. 
    Imagine x-axis is time (sec) and y-axis is position (m) What was the velocity from 9-10 seconds? - ProProfs

    Imagine x-axis is time (sec) and y-axis is position (m) What was the velocity from 9-10 seconds?

    Correct Answer
    -3m/sec
    -3 m/sec
    -3 m /sec
    -3 m/ sec
    -3m/ sec
    Explanation
    The correct answer is -3m/sec. The negative sign indicates that the velocity is in the opposite direction of the positive x-axis. The unit "m/sec" represents the rate of change of position with respect to time. Therefore, the velocity from 9-10 seconds is -3 meters per second.

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  • 18. 
    Imagine x-axis is time (sec) and y-axis is position (m) What was the overall change of position for this object from time 0 to time 11? - ProProfs

    Imagine x-axis is time (sec) and y-axis is position (m) What was the overall change of position for this object from time 0 to time 11?

    Correct Answer
    -1 m
    -1 meter
    -1m
    -1meter
    Explanation
    The overall change of position for the object from time 0 to time 11 is -1 meter. This means that the object moved 1 meter in the negative direction along the y-axis during this time interval.

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  • 19. 

    In a mathematical model in the form of y=mx + b for a position-time graph, what does the following describe: y-value x-value slope y-intercept

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  • Current Version
  • Mar 18, 2023
    Quiz Edited by
    ProProfs Editorial Team
  • Sep 25, 2013
    Quiz Created by
    UICcorescience
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