The graph shows part of a car journey.
What distance is travelled by the car in the first 20 s?- 100 m
- 200 m
- 300 m
- 400 m
Trolley X and trolley Y are joined by a stretched spring. Trolley X has twice the mass of trolley Y.
When the trolleys are released, the acceleration of X is 2 m/s2 to the right.
What is the initial acceleration of trolley Y to the left?- 1 m/s2
- 2 m/s2
- 3 m/s2
- 4 m/s2
A car is driven at constant speed. The brakes apply a uniform acceleration and it comes to rest sometime later.
Which graph best illustrates the motion of the car?
- A
- B
- C
- D
The graph shows how the speed of a car changes with time.
How far does the car travel before the brakes are applied?- 150 m
- 200 m
- 350 m
- 500 m
A stone is falling though the air. The acceleration of free fall is 10 m/s2.
Ignoring air resistance, what happens to the stone each second during its fall?- The acceleration of the stone increases by 10 m/s2.
- The speed of the stone increases 10 m/s.
- The stone travels a distance of 10 m.
- The stone travels at a speed of 10 m/s.
The graph shows the speed of a car in the first few seconds of its journey.
From the graph, it can be seen that the car travels ..........................................- at constant speed and then stops.
- at constant speed and then slows down.
- with constant acceleration and then at constant speed.
- with constant acceleration and then stops.
The speed-time graph is for an objects moving with constant acceleration.
How far does the object move in 20 s?- 0.5 m
- 2.0 m
- 400 m
- 800 m
Which equation can be used to calculate an average speed?
- Average Speed = Acceleration/Time
- Average Speed = Distance/Time
- Average Speed = Distance x Acceleration
- Average Speed = Distance x Time
The graph shows the speed of a car as it accelerates from rest.
During part of this time the acceleration is uniform.
What is the size of this uniform acceleration?- 5 m/s2
- 10 m/s2
- 15 m/s2
- 40 m/s2
Which statement correctly describes speed?
- The distance travelled at 1m/s.
- The distance travelled in 1 second.
- The time taken to travel 1m/s2.
- The time taken to travel 1 metre.
- The distance travelled at 1m/s.
The graph shows the movements of a car over a period of 50 s.
Which distance was travelled by the car while its speed was increasing?- 10 m
- 20 m
- 100 m
- 200 m
The diagram shows a strip of paper tape that has been pulled under a vibrating arm by a moving object.
The arm is vibrating regularly, making 50 dots per second.
At what speed was the tape moving between X and Y?- 2.5 cm/s
- 5 cm/s
- 50 cm/s
- 100 cm/s
Which graph represents the motion of a body falling vertically that reaches a terminal velocity?
-
A car takes 1 hour to travel 100 km along a main road and the 1/2 hour to travel 20 km along a side road.
- 60 km/h
- 70 km/h
- 80 km/h
- 100 km/h
The following are distance-time graphs.
Which graph shows an object travelling at uniform speed?-
