In a survey, people were asked to choose their favourite type of pizza. The pictogram shows some of the results.
8 people chose Margherita.
How many people chose Pepperoni?
[1]
There were 36 people in the survey. All of these people chose one of the pizzas in the pictogram.
Complete the pictogram for Veggie.
[3]
Work out.
5 × (2 + 4)
[1]
Write 42% as a fraction. Give your answer in its simplest form.
[2]
Tia thinks of a number. She finds the square root and subtracts 4. Her answer is 1.
What number is she thinking of?
[2]
A fair spinner has five sides. Each side is labelled A or B.
This diagram shows a probability scale.
The arrow shows the probability that the spinner lands on an A.
Circle the word that best describes this probability.
Likely Impossible Unlikely Certain
[1]
Here is the spinner with two sides labelled.
Label the other sides with A or B to give the correct probability of landing on an A.
[2]
Write the following in order of size, starting with the smallest.
0.41 0.403 0.438 0.4374
smallest
[2]
Show the inequality x > 3 on this number line.
[2]
This table shows the ticket price for each person to visit a zoo in winter.
| Type of ticket | Ticket price |
| Adult (aged 18 and over) | £18 |
| Child (aged 3 to 17) | £14 |
| Child (aged below 3) | Free |
A family of two adults, one child aged 8 and one child aged 1 visit the zoo in winter.
What is the total cost of the tickets?
[2]
In summer, the zoo increases the prices.
An Adult ticket increases by 20%. A Child ticket increases by 15%.
How much more does it cost the family to visit in the summer than in the winter?
[4]
Danisha is going to visit two of these places.
London Eye (LE) Buckingham Palace (BP) Tower of London (TL) British Museum (BM)
List all the combinations of these places that she can visit. One combination is already shown in the table. You may not need all the rows.
[2]
What fraction of the combinations include the London Eye (LE)?
[1]
Here are two identical tiles.
Sketch two quadrilaterals that can be made by joining the tiles. Write the mathematical name of each quadrilateral.
Quadrilateral 1:
Quadrilateral 2:
[4]
The two tiles can also be joined to make two triangles.
Work out the interior angles of each triangle.
(b) Triangle 1:........ °........ °........ °
Triangle 2:........ °........ °........ °
[2]
Gill uses the formula
h = 2 fg
Find the value of h when f = 1 and g = 3.
[1]
Find the value of g when h = 18 and f = 6.
[2]
Fill in each missing number.
0.36 × 20 =........ × 10
[1]
14 ÷ 50 =........ ÷ 100
[1]
30 people choose their favourite sport. Matt wants to show their choices in a pie chart. 4 of the people chose ‘tennis’.
Work out the angle of the sector for ‘tennis’.
[3]
Using ruler and compasses only, construct the perpendicular bisector of FG.
[2]
In a dance competition, two judges each award scores out of 30. The scatter diagram shows the scores awarded to the first 10 dancers.
Here are the scores for the next two dancers.
| Judge A | 21 | 7 |
| Judge B | 18 | 8 |
Plot their scores on the scatter diagram.
[1]
Dancers who are awarded a score of more than 20 by both judges receive a medal.
For the 12 dancers, express the ratio of medal winners to non-medal winners in its simplest form.
[3]
This chart shows the types of dance performed by the 12 dancers.
3 performed a street dance, 8 performed a jazz dance and 1 performed a tap dance.
Why is this diagram misleading?
[1]
The police record the speed of vehicles passing a speed checkpoint. The speeds are recorded in the table below.
Calculate an estimate of the mean speed of the vehicles.
[4]
Explain why it is not possible to use the information from this table to calculate the exact value of the mean speed.
[1]
The diagram shows a square, a regular hexagon and part of another regular polygon meeting at
Show that the size of one interior angle of a regular hexagon is 120°.
[2]
Find the number of sides of the other regular polygon.
[4]
This graph shows part of a straight line.
Write down the y-intercept.
[1]
This graph shows part of another straight line.
Find the gradient of this line.
[2]
This line is continued to the right.
Will the line pass through the point (200, 102)? Show how you decide.
[3]
A bee flies from its hive to a flower at a constant speed of 7.5 metres per second for 10 seconds. The bee then takes 15 seconds to fly back to the hive. Assume the bee always flies in a straight line.
Ignoring the time spent at the flower, work out the overall average speed of the bee in its flight from the hive to the flower and back.
(a)........ metres per second
[4]
If the bee is not assumed to fly in a straight line, how might your answer be affected?
[1]
Here is a right-angled triangle.
Use trigonometry to work out the value of x.
[3]
A newborn baby has an approximate mass of 3.5 kilograms.
A human cell has an approximate mass of 2.7 × 10-11 grams.
Use these values to estimate the number of human cells in a newborn baby. Give your answer in standard form, correct to 2 significant figures.
[5]
This map shows part of a village.
Neil knows that Packer Street is 180 m long in real life.
Neil measures the map.
He says
Packer Street is 3.5 cm long. High Street is 11.2 cm long.
Therefore, I calculate that High Street is 576 m long in real life.
Use Neil’s figures to show that the answer to his calculation is correct.
[3]
Jodie measures the same map.
She says
I think Packer Street is longer than Neil’s measurement of 3.5 cm. Therefore, High Street must be longer than 576 m in real life.
Is Jodie’s reasoning correct? Show how you decide.
[2]
On another map, Packer Street is 2.4 cm long.
Express the scale of this map in the form 1: n.
[2]
These graphs show different relationships between the variables x and y.
Identify the graph which shows the following.
The diagram shows a square with four identical corners shaded.
The length of each side of the square is 3 x cm. The length of each shaded corner is x cm.
Show all your working.
[5]
The paper as printed
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