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Gizmos: Velocity Vs Time Graphs - Hendryx

Last updated about 5 years ago

45 questions

1

Question 1

1.

Which runner traveled a greater distance?

Clark

Dora

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Question 3

3.

Describe each of the runners' motions.

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Question 4

4.

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Question 5

5.

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Question 7

7.

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Question 8

8.

How is the slope of the position-time graph related to the velocity of the runner?

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Question 12

12.

Sketch your predicted graph below.

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Question 14

14.

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Question 43

43.

Describe the acceleration.

Speeding up (positive)

Constant speed (no acceleration)

Slowing down (negative)

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Question 2

2.

Which runner had a greater change in position, start to finish?

Clark

Dora

Question 6

6.

When this runner is running to the left (negative velocity), what does his position-time graph look like?

/

\

----

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Question 9

9.

How does a velocity-time graph show that a runner is moving fast?

Question 10

10.

How does a velocity-time graph show that a runner is moving from left to right?

Question 11

11.

Question 13

13.

Sketch the actual graph (from the Gizmo) below.

Question 15

15.

Sketch your predicted graph below.

Question 16

16.

Sketch the actual graph (from the Gizmo) below.

Question 17

17.

How many meters will the runner run in the first two seconds? Answer with just a number.

Question 18

18.

What is the velocity in the first two seconds? Answer with just a number.

Question 19

19.

Answer with one word.

Question 20

20.

Answer with one word.

Question 21

21.

Answer with just a number.

Question 22

22.

Answer with just a number.

Question 23

23.

Answer with one word.

Question 24

24.

Answer with one word.

Question 25

25.

Were you correct?

yes

no

Question 26

26.

Who do you think is right?

Gina

Walter

Question 27

27.

Explain here.

Question 28

28.

What is the total distance traveled? Answer with just a number.

Question 29

29.

What is the displacement? Answer with just a number.

Question 30

30.

Travels a total distance of 60 meters in 4 seconds. Has a displacement of +10 meters. Has three points on line. Starts from 0 meters.

Question 31

31.

What was the speed of the runner for the first two seconds? Answer with just a number.

Question 32

32.

What was the speed of the runner for the last two seconds? Answer with just a number.

Question 33

33.

What was the average speed over all 4 seconds? Answer with just a number.

Question 34

34.

What was the velocity for the first two seconds? Remember velocity includes direction.

Question 35

35.

What was the velocity for the last two seconds? Remember velocity includes direction.

Question 36

36.

What was the average velocity over all 4 seconds? Remember velocity includes direction.

Question 37

37.

How would you calculate the runner's average speed given the information?

Question 38

38.

How would you calculate the runner's average velocity given the information?

Question 39

39.

Distance traveled. Just answer with a number.

Question 40

40.

Displacement. Just answer with a number.

Question 41

41.

Average Speed. Just answer with a number.

Question 42

42.

Average velocity. Should include direction but you can skip direction for this question. Just answer with a number.

Question 44

44.

Describe the acceleration.

Speeding up (positive)

Constant speed (no acceleration)

Slowing down (negative)

Question 45

45.

Describe the acceleration.

Speeding up (positive)

Constant speed (no acceleration)

Slowing down (negative)