AQA A Level Maths
A particle moves in a straight line for 8 seconds.
The velocity v, in m s–1, of the particle at time t seconds is shown in the diagram.
Find the displacement, in metres, of the particle after 8 seconds.
Circle your answer.
–12 0 6 12
A particle moves in a straight line.
After the first 4 seconds of its motion, the displacement of the particle from its initial position is 0 metres.
One of the graphs on the opposite page shows the velocity v m s
1 of the particle after time t seconds of its motion.
Identify the correct graph.
Tick (
) one box.
Also involves Area under a curve
A car is moving in a straight line along a horizontal road.
Over the period 0 
t 
15 the car has a total displacement of 
7 metres.
Initially the car has velocity 0 m s
1
Find the next time when the velocity of the car is 0 m s
1
The diagram below shows a velocity-time graph for a particle moving with velocity
Which statement is correct?
Tick () one box.
The particle was stationary for 9 
t 
12
The particle was decelerating for 12 
t 
20
The particle had a displacement of zero when t 
6
The particle’s speed when t 
4 was 
12 m s
1
The graph below shows the velocity of an object moving in a straight line over a 20 second journey.
Find the maximum magnitude of the acceleration of the object.
The object is at its starting position at times 0, t1 and t2 seconds.
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