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Set K11: Velocity-Time Graphs 2

Problem
Points
0/1
0/1
0/3
0/1
0/1
0/1
0/3
0/4
0/6
0/1
Total Score
0/22
Percentage
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Assignment Overview

Use a velocity-time graph to determine an object's displacement at indicated times and during indicated time periods. 

 1. K11Q1
Points: 0/1

Use the velocity-time graph to determine the displacement of the object after a time of 5 seconds. Indicate the direction using a + or a - sign.

  1. Displacement

    m

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 2. K11Q2
Points: 0/1

Use the velocity-time graph to determine the displacement of the object after a time of 4 seconds. Indicate the direction using a + or a - sign.

  1. Displacement

    m

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 3. K11Q3
Points: 0/3

A bicyclist speeds up and then maintains a constant speed. The velocity-time graph represents its motion.

  1. Determine the displacement of the object for the first 3 seconds. Indicate the direction using a + or a - sign.

    Displacement (0-3 s)

    m

  2. Determine the displacement of the object for the last 3 seconds.

    Displacement (3-6 s)

    m

  3. Determine the displacement of the object for the entire 6 seconds. 

    Displacement (0-6 s)

    m

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 4. K11Q4
Points: 0/1

After driving past the Speed Zone, Cedric accelerates uniformly for 6.0 seconds. The velocity-time graph represents his motion. Use the graph to determine his displacement during these 6.0 seconds of motion.

  1. Displacement

    m

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 5. K11Q5
Points: 0/1

Lacy decelerates to a stop as she approaches a stop sign. Use the velocity-time graph to determine the displacement (in m) of her car during these 6.0 seconds of motion. Indicate the direction using a + or a - sign.

  1. Displacement

    m

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 6. K11Q6
Points: 0/1

Carol Fule abruptly slows down as she approaches a speed zone and then maintains a constant speed. Determine her distance traveled during these 6.0 seconds of motion represented on the velocity-time graph.

  1. Displacement

    m

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 7. K11Q7
Points: 0/3

The velocity-time graph represents an object moving at constant speed, then slowing down, changing directions, and speeding back up. 

  1. Determine the displacement of the object during the first 10.0 seconds. Indicate the direction using a + or a - sign.

    Displacement (0-10 s)

    m

  2. Determine the displacement of the object during the last 5.0 seconds. Indicate the direction using a + or a - sign.

    Displacement (10-15 s)

    m

  3. Determine the total displacement during the entire 15.0 seconds. Indicate the direction using a + or a - sign.

    Displacement (0-15 s)

    m

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 8. K11Q8
Points: 0/4

Use the velocity-time graph to determine the displacement of the object during the indicated times. Indicate the direction using a + or a - sign.

  1. 0.0 – 4.0 seconds

    Displacement (0-4 s)

    m

  2. 4.0 – 6.0 seconds

    Displacement (4-6 s)

    m

  3. 6.0 – 15.0 seconds

    Displacement (6-15 s)

    m

  4. 0.0 – 15.0 seconds

    Displacement (0-15 s)

    m

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 9. K11Q9
Points: 0/6

Use the velocity-time graph to determine the displacement during the indicated time periods. Indicate the direction using a + or a - sign.

  1. 0.0 – 1.0 seconds

    Displacement (0-1 s)

    m

  2. 1.0 – 2.0 seconds

    Displacement (1-2 s)

    m

  3. 2.0 – 3.0 seconds

    Displacement (2-3 s)

    m

  4. 3.0 – 4.0 seconds

    Displacement (3-4 s)

    m

  5. 4.0 – 6.0 seconds

    Displacement (4-6 s)

    m

  6. 0.0 – 6.0 seconds

    Displacement (0-6 s)

    m

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 10. K11Q10
Points: 0/1

Use the velocity-time graph to determine the displacement during the entire 6 seconds of motion. Indicate the direction using a + or a - sign.

  1. Displacement

    m

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