Lesson A14
A14 Plotting and interpreting graphs in real contexts Quiz: AQA Maths, Unit 2
20 questions
In partnership with Revision Ninja
Lesson A14, Plotting and interpreting graphs in real contexts: 20 multiple choice questions for the AQA GCSE Maths (8300), Unit 2: Algebra, written with Revision Ninja.
Host it live on the board and students join with a game code on their own devices, or revise alone with Free Play. The answers are revealed in the game.
The 20 questions
-
A distance-time graph has a horizontal line segment. What does this show?
- The object is moving at constant speed
- The object is stationary
- The object is moving backwards
- The object is accelerating
-
A car travels 60 m in 12 s at constant speed. What is its speed?
- 12 m/s
- 72 m/s
- 5 m/s
- 0.2 m/s
-
A speed-time graph rises from 0 to 20 m/s in 10 s in a straight line. What is the acceleration?
- 2 m/s squared
- 0.5 m/s squared
- 10 m/s squared
- 20 m/s squared
-
A conversion graph shows 10 km = 6.2 miles. Approximately how many miles is 20 km?
- About 31 miles
- About 6.2 miles
- About 10 miles
- About 12.4 miles
-
A plan costs a fixed 10 pounds plus 2 pounds per item. What is the cost for 7 items?
- 20 pounds
- 14 pounds
- 24 pounds
- 70 pounds
-
The graphs of y = x + 2 and y = 8 - x intersect at which point?
- (4, 6)
- (5, 3)
- (3, 5)
- (2, 8)
-
On a distance-time graph the line becomes steeper over time. What does this show?
- The object is stationary
- The object is moving at constant speed
- The object is slowing down
- The object is speeding up
-
A graph of water depth against time becomes horizontal. What does this show?
- The tank has stopped filling or is full
- The water is draining at a constant rate
- The tank is filling faster
- The tank has been emptied
-
A graph of y = x^2 and y = 5 meets at x approximately 2.2. What does this give?
- An exact solution of x^2 = 2.2
- The gradient of y = x^2 at x = 5
- A turning point of y = x^2
- An approximate solution of x^2 = 5
-
A velocity-time graph is constant at 6 m/s for 4 s. How far is travelled?
- 24 metres
- 4 metres
- 6 metres
- 10 metres
-
A graph of pounds against euros is a straight line through the origin. What relationship does it show?
- The two quantities are inversely proportional
- The graph is a reciprocal relationship
- The two quantities are directly proportional
- The graph shows a fixed fee
-
On a cooling curve, what shows that the rate of cooling is slowing?
- The gradient gets less steep over time
- The gradient gets steeper over time
- The graph crosses the time axis
- The graph becomes a straight line with gradient 1
-
A taxi charges 3 pounds plus 1.50 pounds per mile. What is the fare for 4 miles?
- 6 pounds
- 12 pounds
- 9 pounds
- 7.50 pounds
-
What does the y-intercept of a distance-time graph represent?
- The acceleration of the object, shown by its curvature
- The total time taken for the journey to be completed
- The starting distance from the reference point
- The speed of the object, given by the gradient
-
A speed-time graph shows a constant 15 m/s for 20 s. How far is travelled?
- 15 metres
- 150 metres
- 300 metres
- 35 metres
-
A car travels at 40 km/h for 2 hours. How far does it go?
- 20 km
- 40 km
- 80 km
- 42 km
-
Which real situation is best modelled by a reciprocal graph?
- Cost against number of items bought
- Distance walked against time at a steady pace
- Time taken to travel a fixed distance against speed
- Height of a thrown ball against time
-
Two cost lines intersect at 40 miles. What does this mean?
- Both options cost the same for 40 miles
- Option A is always cheaper
- Both options have the same fixed fee
- Option B costs nothing after 40 miles
-
Plan A costs 15 pounds per month. Plan B costs 5 pounds plus 0.20 pounds per GB. At what usage do they cost the same?
- 100 GB
- 75 GB
- 50 GB
- 10 GB
-
A journey of 150 km is made at 50 km/h. How long does it take?
- 1 hour
- 2.5 hours
- 3 hours
- 7500 hours
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