Do you know how to calculate acceleration in a velocity/time graph?
Acceleration, Distance/time and Velocity/time Graphs Quiz
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Question 1 of 12
1. Question
How can we describe the motion of the object in this graph between 7 and 10 seconds?
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Question 2 of 12
2. Question
Acceleration is an increase in the rate of what?
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Question 3 of 12
3. Question
Which of the following is the equation for acceleration?
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Question 4 of 12
4. Question
[question number = 04.3] What is happening to the speed of the object in the graph between 0 and 7 seconds?
Use one of the following options: Accelerating, decelerating, no change in velocity.CorrectIncorrect -
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Question 5 of 12
5. Question
Calculate the overall distance travelled by the object in the graph.
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Question 6 of 12
6. Question
A dog runs to the end of the park and back. Calculate the overall displacement of the dog.
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Question 7 of 12
7. Question
[question number = 04.1] Determine the speed of the object between 0 and 2 seconds.
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m/s
CorrectIncorrectHint
answer to 2 decimal places
calculate the gradient.
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Question 8 of 12
8. Question
Calculate the acceleration of an object which has the following characteristics. Use the following equation v² − u² = 2 a x. Final velocity = 50m/s, Initial velocity 0m/s, Distance travelled = 350m
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Question 9 of 12
9. Question
[question number = 04.2] Calculate the distance travelled by the runner in the velocity/time graph.
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m
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Question 10 of 12
10. Question
What is the rate of acceleration in freefall?
CorrectIncorrectHint
use 2 in place of ² or copy and paste ² into your answer for the units
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Question 11 of 12
11. Question
[question number = 04.4] What is the acceleration of an object that has an initial velocity of 10m/s and a final velocity of 50m/s. The object took 15s to accelerate to the final velocity.
CorrectIncorrectHint
Use the following equation:
a = (v − u)
t
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Question 12 of 12
12. Question
Calculate the acceleration of the object in the graph between 5 and 6 seconds.
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Distance/time and Velocity/time graphs
Explanations for how to calculate distance and acceleration are provided as feedback to the quiz.
Also, see our article on work done to learn more about acceleration and motion.
Our vectors and scalars quiz should also be taken alongside this quiz to understand motion and forces.
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