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Velocity-Time Graphs OALH

Last updated over 5 years ago

31 questions

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Do Now

Question 1

1.

Give the equation for calculating average acceleration.

Question 2

2.

Give the units for acceleration.

Question 3

3.

Describe the shape of a distance-time graph when an object is stationary.

Question 4

4.

Name the piece of equipment used to measure temperature.

Question 5

5.

Rearrange the weight equation to find mass.

Question 6

6.

Rearrange the following equation to find s: v^2 − u^2 = 2as

Key Knowledge

Question 7

7.

Explain how to calculate acceleration from a velocity-time graph.

Question 8

8.

Explain how to calculate distance travelled from a velocity-time graph.

Question 9

9.

Explain how to calculate acceleration from a velocity-time graph.

Question 10

10.

Explain how to calculate distance travelled from a velocity-time graph.

Recall quiz

Question 11

11.

Question 12

12.

Question 13

13.

Question 14

14.

You Do

Question 15

15.

Describe the journey taken by a car if the velocity-time graph of its motion is shown in the graph.

Question 16

16.

Calculate acceleration in B

Question 17

17.

Calculate acceleration in C

Question 18

18.

Calculate acceleration in D

Question 19

19.

Calculate acceleration in A

Question 20

20.

Calculate acceleration in B

Question 21

21.

Calculate acceleration in C

Question 22

22.

Calculate acceleration in D

Question 23

23.

Calculate the distance travelled by the car in A

Question 24

24.

Calculate the distance travelled by the car in B

Question 25

25.

Calculate the distance travelled by the car in D

Question 26

26.

Calculate the distance travelled by the car in total

Plenary True or False?

Question 27

27.

Question 28

28.

Question 29

29.

Question 30

30.

Question 31

31.

In the graph at right, when is the car moving forward?

A.From 0-4 seconds

B.From 4-7 seconds

C.From 7-10 seconds

D.From 0-10 seconds

The area under a velocity-time graph shows the…

A.velocity

B.time taken

C.distance travelled

D.acceleration

The gradient of a velocity-time graph shows the…

A.velocity

B.time taken

C.distance travelled

D.acceleration

At which point in the graph
at right is the object travelling with the greatest velocity?

A.Section A

B.Section B

C.Section C

D.Section D

A flat line with a gradient of zero on a velocity time graph shows that the object is stationary.

True

False

A line with a positive gradient shows that the car is accelerating.

True

False

A line with a negative gradient shows that the car is accelerating.

True

False

The distance travelled can be calculated by looking at the y axis.

True

False

Velocity is a vector quantity.

True

False