WorksheetsGraph of Motion
Total questions: 20
Worksheet time: 30mins
The diagram below shows the graph of distance, d metres, against time, t seconds, of a trolley. Find the speed, in ms–1, in the last 5 seconds.
2
3.3
6
10
The diagram below shows the distance-time graph of a van. Find the average speed, in km h–1, of the van.
250
131.25
110
62.5
The diagram below shows the speed-time graph of an object. Find the total distance, in m, travelled by the object in 8 seconds.
100
90
80
70
The diagram below shows the speed-time graph of two cars, A and B. Determine the acceleration, in m s–2, of car B.
4
6
10
20
The diagram below shows the speed-time graph of a car and a van. Determine the difference in the distance, in m, travelled between the car and van in the first five seconds.
40
30
20
10
Diagram shows a distance-time graph of an object.
Find the speed, in m s-1, of the object.
18
6
3
0
Diagram shows a speed-time graph of the movement of a particle. State the acceleration of the particle.
0 ms−2
10 ms−2
80 ms−2
100 ms−2
Diagram shows a speed-time graph.
Calculate the distance travelled by the object during uniform speed.
96 m
76 m
56 m
20 m
Diagram is the speed-time graph of an object. Given that the total distance travelled for the whole journey is 432 m. Find the value of v.
17
16
8
4
The diagram below shows the distance-time graph of the journey of two buses, A and B, travelling to their respective destinations.
What is the length of time taken by bus B to reach its destination? (Answer in hours)
(a)
The diagram below shows the distance-time graph of the journey of two buses, A and B, travelling to their respective destinations.
At what time did the two buses meet each other?
0800
0930
1000
1030
The diagram below shows the distance-time graph of the journey of two buses, A and B, travelling to their respective destinations.
How long did bus B stop to rest? (in minutes)
(a)
The diagram below shows the distance-time graph of the journey of two buses, A and B, travelling to their respective destinations.
Calculate the average speeds, in km h–1, of the Bus B for the whole journey. (answer in 4 significant figures)
(a)
In the following diagram, the graph PQ is the distance-time graph of a car travelling below from town A to town B. The graph XY is the distance-time graph of a motorcycle travel from town B to town A.
Calculate the average speed, in km h-1 of the motorcycle.
[answer in 3 significant figures]
(a)
In the following diagram, the graph PQ is the distance-time graph of a car travelling below from town A to town B. The graph XY is the distance-time graph of a motorcycle travel from town B to town A.
Calculate the value of t, if the car travelled at a uniform speed.
[answer in 3 significant figures]
(a)
Diagram shows the speed-time graph for the motion of a particle for a length of t seconds.
State the uniform speed, in m s–1, of the particle.
(a)
Diagram shows the speed-time graph for the motion of a particle for a length of t seconds.
The total distance travelled in t seconds is 214 m. Find the value of t.
(a)
The diagram below shows the speed-time graph of the movement of a car over a period of t seconds.
State the uniform speed, in m s–1, of the car.
(a)
The diagram below shows the speed-time graph of the movement of a car over a period of t seconds.
Calculate the rate of change of speed, in m s–2, in the first 8 s. [answer in 3 significant figures]
(a)
The diagram below shows the speed-time graph of the movement of a car over a period of t seconds.
Calculate the value of t if the total distance travelled by the car is 245 m.
(a)
