Graph of Motion

TP 2 :

Diagram shows a distance-time graph of an object.

Find the speed, in m s^-1, of the object.

• 18

• 6

• 3

• 0

TP 2 : Diagram shows a speed-time graph of the movement of a particle. State the acceleration of the particle.

• $0\ ms^{-2}$

• $10\ ms^{-2}$

• $80\ ms^{-2}$

• $100\ ms^{-2}$

TP 3 :

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

TP 3 :

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

TP 3 :

Diagram shows a speed-time graph.

Calculate the distance travelled by the object during uniform speed.

• 96 m

• 76 m

• 56 m

• 20 m

TP 3 :

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

TP 4 : The diagram below shows the speed-time graph of two cars, A and B. Car B starts moving after 2 seconds. Given that the distance travelled by car A in first t seconds is two times the distance travelled by car B in first t seconds. Determine the value of t.

• 3

• 4

• 5

• 6

TP 4 :

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 for the whole journey.

• 40

• 30

• 20

• 10

TP 4 : Diagram shows 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

TP 5_part1 :

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)