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1. (a) (i) Write down, in figures, the number twenty four thousand, five hundred and seven.
[1]
(ii) Write down, in words, the number 6014.
[1]
[1]
(b) Using the following list of numbers
22 81 24 35 78 59 3 61 69 write down
(i) two numbers that have a sum of 100,
(ii) the number that must be added to 36 to make 95,
(iii) a multiple of 7,
(iv) the square of 9.
[1]
[1]
[1]
(c) Write down all the factors of 55.[2]
(d) How many torches at £3.85 each can be bought with £20?[2]
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1. (a) (i) Write down, in figures, the number twenty four thousand, five hundred and seven.
[1]
(ii) Write down, in words, the number 6014.
[1]
[1]
(b) Using the following list of numbers
22 81 24 35 78 59 3 61 69 write down
(i) two numbers that have a sum of 100,
(ii) the number that must be added to 36 to make 95,
(iii) a multiple of 7,
(iv) the square of 9.
[1]
[1]
[1]
(c) Write down all the factors of 55.[2]
(d) How many torches at £3.85 each can be bought with £20?[2]
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24,507
Reveal
Six thousand and fourteen
22 and 78
95 – 36 = 59
35
81
1, 5, 11, 55
20 3.85
≈ 20 4
Don’t miss out 0 in tens
Numbers must be
from the list
Not 9 × 2 = 18FO
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= 5 20 4
1. (a) (i) Write down, in figures, the number twenty four thousand, five hundred and seven.
[1]
(ii) Write down, in words, the number 6014.
[1]
[1]
(b) Using the following list of numbers
22 81 24 35 78 59 3 61 69 write down
(i) two numbers that have a sum of 100,
(ii) the number that must be added to 36 to make 95,
(iii) a multiple of 7,
(iv) the square of 9.
[1]
[1]
[1]
(c) Write down all the factors of 55.[2]
(d) How many torches at £3.85 each can be bought with £20?[2]
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AO1 – AO1 – Recall and use knowledge of properties of numbers
ASSESSMENT
OBJECTIVE
ASSESSMENT
OBJECTIVE
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1. (a) (i) Write down, in figures, the number twenty four thousand, five hundred and seven.
[1]
(ii) Write down, in words, the number 6014.
[1]
[1]
(b) Using the following list of numbers
22 81 24 35 78 59 3 61 69 write down
(i) two numbers that have a sum of 100,
(ii) the number that must be added to 36 to make 95,
(iii) a multiple of 7,
(iv) the square of 9.
[1]
[1]
[1]
(c) Write down all the factors of 55.[2]
(d) How many torches at £3.85 each can be bought with £20?[2]
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2. Which metric unit is best used to measure
the volume of water in a bucket,
[3]
the area of the floor of a classroom,
the distance from Llandudno to Swansea,
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2. Which metric unit is best used to measure
the volume of water in a bucket,
[3]
the area of the floor of a classroom,
the distance from Llandudno to Swansea,
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Reveal
m 2
km
Use metric units, not Imperial units e.g. use kilometres and litres not
miles and gallons
Area must be a square unit
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2. Which metric unit is best used to measure
the volume of water in a bucket,
[3]
the area of the floor of a classroom,
the distance from Llandudno to Swansea,
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AO1 – AO1 – Recall and use knowledge of metric units
ASSESSMENT
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ASSESSMENT
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2. Which metric unit is best used to measure
the volume of water in a bucket,
[3]
the area of the floor of a classroom,
the distance from Llandudno to Swansea,
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3. (a) Complete the following shape so that it is symmetrical about the line AB.
[2]
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3. (a) Complete the following shape so that it is symmetrical about the line AB.
[2]
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3. (a) Complete the following shape so that it is symmetrical about the line AB.
[2]
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AO1AO1 – Recall and use knowledge of line symmetry
ASSESSMENT
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ASSESSMENT
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Part b
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3. (a) Complete the following shape so that it is symmetrical about the line AB.
[2]
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3 (b) Draw all the lines of symmetry on each of the following diagrams.
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3 (b) Draw all the lines of symmetry on each of the following diagrams.
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3 (b) Draw all the lines of symmetry on each of the following diagrams.
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AO1AO1 – Recall and use knowledge of line symmetry
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ASSESSMENT
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Part a
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3 (b) Draw all the lines of symmetry on each of the following diagrams.
[3]
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4. A bag contains a large number of cards. Drawn on each card there is either a circle, a triangle, a parallelogram or a hexagon.
[6]
Circle (C) Triangle (T) Parallelogram (P) Hexagon (H)
Thirty two pupils were asked to select a card at random, note down the shape and replace the card in the bag.Here are the results.
(a) Using the centimetre squared grid, draw a bar chart of the data given.
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4. A bag contains a large number of cards. Drawn on each card there is either a circle, a triangle, a parallelogram or a hexagon.
[6]
Circle (C) Triangle (T) Parallelogram (P) Hexagon (H)
Thirty two pupils were asked to select a card at random, note down the shape and replace the card in the bag.Here are the results.
(a) Using the centimetre squared grid, draw a bar chart of the data given.
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RevealPart b
11
32
5
7
9
Shape Tally Frequency
C
T
H
P
Total
Circle (C
)
Triangle (T
)
Parallelogram
(P)
Hexagon (H
)
0
1
2
3
4
5
6
7
8
9
10
11
12
Fre
qu
enc
y
Check that you’ve got all (4 × 8) = 32
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4. A bag contains a large number of cards. Drawn on each card there is either a circle, a triangle, a parallelogram or a hexagon.
[6]
Circle (C) Triangle (T) Parallelogram (P) Hexagon (H)
Thirty two pupils were asked to select a card at random, note down the shape and replace the card in the bag.Here are the results.
(a) Using the centimetre squared grid, draw a bar chart of the data given.
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AO3AO3 – Generating a strategy to collate the data e.g. tally chart
ASSESSMENT
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ASSESSMENT
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Part b
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4. A bag contains a large number of cards. Drawn on each card there is either a circle, a triangle, a parallelogram or a hexagon.
[6]
Circle (C) Triangle (T) Parallelogram (P) Hexagon (H)
Thirty two pupils were asked to select a card at random, note down the shape and replace the card in the bag.Here are the results.
(a) Using the centimetre squared grid, draw a bar chart of the data given.
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4 (b) One of the pupils is selected at random and asked to show their card. What is the probability that the card has a triangle drawn on it?
[2]
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4 (b) One of the pupils is selected at random and asked to show their card. What is the probability that the card has a triangle drawn on it?
[2]
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RevealPart a
732
7 because there are 7 triangles
32 because there are 32 cards in total
Answer has to be written as a fraction, decimal or percentage.
NOT ‘7 out of 32’, ‘7 in 32’ or ‘7 : 32’
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4 (b) One of the pupils is selected at random and asked to show their card. What is the probability that the card has a triangle drawn on it?
[2]
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AO1AO1 – Recall and use knowledge of the probability of equally likely
events
ASSESSMENT
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ASSESSMENT
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Part a
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4 (b) One of the pupils is selected at random and asked to show their card. What is the probability that the card has a triangle drawn on it?
[2]
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5. The chart shows the times five friends spent at a gym.
(a) Who was the first person to arrive at the gym?
[1](b) For how long was Jake at the gym?
(c) State the times when at least 3 of the friends were in the gym together.
[2]
[2]
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5. The chart shows the times five friends spent at a gym.
(a) Who was the first person to arrive at the gym?
[1](b) For how long was Jake at the gym?
(c) State the times when at least 3 of the friends were in the gym together.
[2]
[2]
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Lisa
Reveal
4:30pm to 6:15pm so 1 hour and 45 minutes
4:30pm to 5:15pm and 5:30pm to 6:15pm
As 4 squares represent 1 hour, 1 square represents 15 minutes
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5. The chart shows the times five friends spent at a gym.
(a) Who was the first person to arrive at the gym?
[1](b) For how long was Jake at the gym?
(c) State the times when at least 3 of the friends were in the gym together.
[2]
[2]
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AO1 – AO1 – Recall and use knowledge of diagrams and scales
ASSESSMENT
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ASSESSMENT
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5. The chart shows the times five friends spent at a gym.
(a) Who was the first person to arrive at the gym?
[1](b) For how long was Jake at the gym?
(c) State the times when at least 3 of the friends were in the gym together.
[2]
[2]
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6. (a) Write down the next term in each of the following sequences.
[2]
(i) 2, 10, 18, 26,
(b) Susan thinks of a number.She multiplies her number by 5 and subtracts 6.Her answer is 34.What was her number?
(ii) 100, 84, 68, 52,
[2]
(c) Simplify 6g + 2g + g. [1]
(d) Find the value of 3c + 4d, when c = 4 and d = 2.
[2]
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6. (a) Write down the next term in each of the following sequences.
[2]
(i) 2, 10, 18, 26,
(b) Susan thinks of a number.She multiplies her number by 5 and subtracts 6.Her answer is 34.What was her number?
(ii) 100, 84, 68, 52,
[2]
(c) Simplify 6g + 2g + g. [1]
(d) Find the value of 3c + 4d, when c = 4 and d = 2.
[2]
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34
RevealPart e
36
+ 8 + 8 + 8 + 8
– 16 – 16 – 16 – 16
9g
(3 × 4) + (4 × 2)
Her number was 8
g is the same as 1g
(Not 34 + 42 or 12c + 8d)
3c means 3 c
Input × 5 – 6 Output
8 ÷ 5 + 6 34
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= 12 + 8 = 20
6. (a) Write down the next term in each of the following sequences.
[2]
(i) 2, 10, 18, 26,
(b) Susan thinks of a number.She multiplies her number by 5 and subtracts 6.Her answer is 34.What was her number?
(ii) 100, 84, 68, 52,
[2]
(c) Simplify 6g + 2g + g. [1]
(d) Find the value of 3c + 4d, when c = 4 and d = 2.
[2]
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((a), (c) and (d) – AO1 – a), (c) and (d) – AO1 – Recall and use knowledge of basic algebra
((bb) – AO2 – ) – AO2 – Select and apply a method to find an unknown
((a), (c) and (d) – AO1 – a), (c) and (d) – AO1 – Recall and use knowledge of basic algebra
((bb) – AO2 – ) – AO2 – Select and apply a method to find an unknown
ASSESSMENT
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ASSESSMENT
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Part e
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6. (a) Write down the next term in each of the following sequences.
[2]
(i) 2, 10, 18, 26,
(b) Susan thinks of a number.She multiplies her number by 5 and subtracts 6.Her answer is 34.What was her number?
(ii) 100, 84, 68, 52,
[2]
(c) Simplify 6g + 2g + g. [1]
(d) Find the value of 3c + 4d, when c = 4 and d = 2.
[2]
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6 (e) There is a relation between the x-coordinate and the y-coordinate of each of the following points.
(1, 4) (2, 5) (3, 6) (4, 7) . . . . . . . . . (x, y)
Write down the formula connecting x and y.
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6 (e) There is a relation between the x-coordinate and the y-coordinate of each of the following points.
(1, 4) (2, 5) (3, 6) (4, 7) . . . . . . . . . (x, y)
Write down the formula connecting x and y.
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For each point, the y-coordinate is 3 more than the x-coordinate.
RevealParts a-d
+ 3 + 3 + 3 + 3
So, the formula is
y = x + 3
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6 (e) There is a relation between the x-coordinate and the y-coordinate of each of the following points.
(1, 4) (2, 5) (3, 6) (4, 7) . . . . . . . . . (x, y)
Write down the formula connecting x and y.
[2]
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AO2AO2 – Select and apply a method to find the relationship between x
and y
ASSESSMENT
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ASSESSMENT
OBJECTIVE
Parts a-d
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6 (e) There is a relation between the x-coordinate and the y-coordinate of each of the following points.
(1, 4) (2, 5) (3, 6) (4, 7) . . . . . . . . . (x, y)
Write down the formula connecting x and y.
[2]
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7. (a) A unit used in the Imperial system for measuring the area of a field is the acre. The unit used in the metric system is the hectare. The table shows the number of acres and the number of hectares in each of three areas.
[2]
[2]
Use the data in the table to draw a conversion graph between acres and hectares.
(b) Find an estimate for the number of hectares in 200 acres.
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7. (a) A unit used in the Imperial system for measuring the area of a field is the acre. The unit used in the metric system is the hectare. The table shows the number of acres and the number of hectares in each of three areas.
[2]
[2]
Use the data in the table to draw a conversion graph between acres and hectares.
(b) Find an estimate for the number of hectares in 200 acres.
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2 acres 0.8 hectares
0.8
× 100
200 acres 80 hectares
As 200 acres is not on the graph, pick a smaller number that is a factor of 200. e.g. 2
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7. (a) A unit used in the Imperial system for measuring the area of a field is the acre. The unit used in the metric system is the hectare. The table shows the number of acres and the number of hectares in each of three areas.
[2]
[2]
Use the data in the table to draw a conversion graph between acres and hectares.
(b) Find an estimate for the number of hectares in 200 acres.
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(a)(a) AO1 – AO1 – recall and use knowledge of conversion graphs
(b)(b) AO2 –AO2 – select an appropriate method to convert a value that is not on either axis
ASSESSMENT
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ASSESSMENT
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7. (a) A unit used in the Imperial system for measuring the area of a field is the acre. The unit used in the metric system is the hectare. The table shows the number of acres and the number of hectares in each of three areas.
[2]
[2]
Use the data in the table to draw a conversion graph between acres and hectares.
(b) Find an estimate for the number of hectares in 200 acres.
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8. Petra and Steve are organising a packed lunch and a bottle of water for each pupil going on a school trip.Petra puts the packed lunches into boxes with each box holding 20 lunches.Steve puts the bottles of water into crates with each crate holding 18 bottles.When they have finished Petra has filled 45 boxes and Steve has filled 52 crates.Showing all your calculations, explain whether or not Steve has enough water to give one bottle with each lunch?
[6]
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8. Petra and Steve are organising a packed lunch and a bottle of water for each pupil going on a school trip.Petra puts the packed lunches into boxes with each box holding 20 lunches.Steve puts the bottles of water into crates with each crate holding 18 bottles.When they have finished Petra has filled 45 boxes and Steve has filled 52 crates.Showing all your calculations, explain whether or not Steve has enough water to give one bottle with each lunch?
[6]
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52 × 18
Reveal
45 × 20 = (45 × 2) × 10
5 2
1
8
05
02
40
169
3 6936 bottles
= 90 × 10
= 900 lunches
Steve has 936 bottles and there are 900 lunches, so yes, he does have enough.
The number of water bottles is
The number of packed lunches is 45 × 20
There are other methods you could use for long
multiplication.
You must show your working!
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8. Petra and Steve are organising a packed lunch and a bottle of water for each pupil going on a school trip.Petra puts the packed lunches into boxes with each box holding 20 lunches.Steve puts the bottles of water into crates with each crate holding 18 bottles.When they have finished Petra has filled 45 boxes and Steve has filled 52 crates.Showing all your calculations, explain whether or not Steve has enough water to give one bottle with each lunch?
[6]
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AO3 – AO3 – Interpret and analyse the problem and develop a strategy to
solve it
ASSESSMENT
OBJECTIVE
ASSESSMENT
OBJECTIVE
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8. Petra and Steve are organising a packed lunch and a bottle of water for each pupil going on a school trip.Petra puts the packed lunches into boxes with each box holding 20 lunches.Steve puts the bottles of water into crates with each crate holding 18 bottles.When they have finished Petra has filled 45 boxes and Steve has filled 52 crates.Showing all your calculations, explain whether or not Steve has enough water to give one bottle with each lunch?
[6]
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9. A red box contains four discs numbered 3, 6, 9 and 12 respectively. A green box contains four discs numbered 4, 7, 10 and 13 respectively. In a game, a player takes one disc at random from each of the two boxes. The score for the game is the smaller of the two numbers on the discs.
(a) Complete the following table to show all the possible scores.
[6]
(b) A player wins if the score is less than 6.It costs 50p to play the game once.The prize for winning the game is £1.If 80 people play the game once, find the expected profit.
[2]
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9. A red box contains four discs numbered 3, 6, 9 and 12 respectively. A green box contains four discs numbered 4, 7, 10 and 13 respectively. In a game, a player takes one disc at random from each of the two boxes. The score for the game is the smaller of the two numbers on the discs.
(a) Complete the following table to show all the possible scores.
[6]
(b) A player wins if the score is less than 6.It costs 50p to play the game once.The prize for winning the game is £1.If 80 people play the game once, find the expected profit.
[2]
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6
Reveal
9 12
6 9 10
Probability of winning = 716
Expected number of winners = 716
× 80 = 702
35=10
2
Cost to play = 50p × 80 = 0.5 × 80 = £40
Expected pay out for winning = £1 × 35 = £35
Expected profit = 40 – 35 = £5
Less than 6 does not include 6
Alternatively, if 16 play the game, we expect 7 to win. If 160 play, we
expect 70 to win. So, if 80 play, we expect 35 to win.
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9. A red box contains four discs numbered 3, 6, 9 and 12 respectively. A green box contains four discs numbered 4, 7, 10 and 13 respectively. In a game, a player takes one disc at random from each of the two boxes. The score for the game is the smaller of the two numbers on the discs.
(a) Complete the following table to show all the possible scores.
[6]
(b) A player wins if the score is less than 6.It costs 50p to play the game once.The prize for winning the game is £1.If 80 people play the game once, find the expected profit.
[2]
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(b)(b) AO2AO2 – Selecting and applying methods to find the expected profit
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9. A red box contains four discs numbered 3, 6, 9 and 12 respectively. A green box contains four discs numbered 4, 7, 10 and 13 respectively. In a game, a player takes one disc at random from each of the two boxes. The score for the game is the smaller of the two numbers on the discs.
(a) Complete the following table to show all the possible scores.
[6]
(b) A player wins if the score is less than 6.It costs 50p to play the game once.The prize for winning the game is £1.If 80 people play the game once, find the expected profit.
[2]
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10. Helen cycles home from a village that is 30 miles from her home. The travel graph below represents her journey.
[1]
(a) How far did Helen cycle in the first hour?
(b) For how many minutes did Helen stop on her journey?
[1]
(c) Without calculating any speeds, explain how you can decide whether Helen was cycling faster before stopping or after she had stopped.
[1](d) At what time did she arrive home?
[1]
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10. Helen cycles home from a village that is 30 miles from her home. The travel graph below represents her journey.
[1]
(a) How far did Helen cycle in the first hour?
(b) For how many minutes did Helen stop on her journey?
[1]
(c) Without calculating any speeds, explain how you can decide whether Helen was cycling faster before stopping or after she had stopped.
[1](d) At what time did she arrive home?
[1]
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30 – 17 = 13 miles
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17
11:09 to 11:45 36 minutes
The line before she stops is steeper. So, she was cycling fasterbefore she stopped.
13:30 + 6(mins) = 13:36
1 hour (60 minutes) = 20 little squares. So, 1 little square = 3 minutes
(Or, line is 12 squares long. 12 × 3 = 36 minutes.)
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10. Helen cycles home from a village that is 30 miles from her home. The travel graph below represents her journey.
[1]
(a) How far did Helen cycle in the first hour?
(b) For how many minutes did Helen stop on her journey?
[1]
(c) Without calculating any speeds, explain how you can decide whether Helen was cycling faster before stopping or after she had stopped.
[1](d) At what time did she arrive home?
[1]
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(a), (d) AO1 (a), (d) AO1 – Recall and use knowledge of distance-time graphs(b), (c) AO2 (b), (c) AO2 – Select and apply methods using scale and gradient
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ASSESSMENT
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10. Helen cycles home from a village that is 30 miles from her home. The travel graph below represents her journey.
[1]
(a) How far did Helen cycle in the first hour?
(b) For how many minutes did Helen stop on her journey?
[1]
(c) Without calculating any speeds, explain how you can decide whether Helen was cycling faster before stopping or after she had stopped.
[1](d) At what time did she arrive home?
[1]
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11. Sarah and Paige live in Nottingham and are planning a trip to Liverpool. They need to be in Liverpool by 2:00 pm. They can travel by train, bus or in Sarah’s car.
Showing all your reasoning, how do you recommend they travel from Nottingham to Liverpool? Give one advantage and one disadvantage for your choice of transport.
[8]Part of rail timetable
Part of the national bus timetable informationTravelling by car:Distance from Nottingham to Liverpool is 105 miles.Expected average speed of car on this journey is 35 m.p.h.Cost of running Sarah’s car is 30p per mile.
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11. Sarah and Paige live in Nottingham and are planning a trip to Liverpool. They need to be in Liverpool by 2:00 pm. They can travel by train, bus or in Sarah’s car.
Showing all your reasoning, how do you recommend they travel from Nottingham to Liverpool? Give one advantage and one disadvantage for your choice of transport.
[8]Part of rail timetable
Part of the national bus timetable informationTravelling by car:Distance from Nottingham to Liverpool is 105 miles.Expected average speed of car on this journey is 35 m.p.h.Cost of running Sarah’s car is 30p per mile.
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By Train
Reveal
The fastest train to get there before 2 p.m.:
10:52 to 13:27 2hrs 35min
Cost = £39.50 + £39.50 = £79.00
By Bus
The fastest bus to get there before 2 p.m.:
7:15 to 11:55 4hrs 40min
Cost = £32.00
By Car
Time = 105 ÷ 35 = 3hrs
Cost = £0.30 ×105 = £31.50
£31.50 × 2 = £63.00
Speed = DistanceTime
Time = DistanceSpeed
I recommend the bus because it’s a lot cheaper, but it takes longer.
One possible solution is to work out the cost and quickest time for each mode of transport.
Note!!
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Double the £31.50 to include the return journey
This could be a different answer
11. Sarah and Paige live in Nottingham and are planning a trip to Liverpool. They need to be in Liverpool by 2:00 pm. They can travel by train, bus or in Sarah’s car.
Showing all your reasoning, how do you recommend they travel from Nottingham to Liverpool? Give one advantage and one disadvantage for your choice of transport.
[8]Part of rail timetable
Part of the national bus timetable informationTravelling by car:Distance from Nottingham to Liverpool is 105 miles.Expected average speed of car on this journey is 35 m.p.h.Cost of running Sarah’s car is 30p per mile.
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AO2 – AO2 – selecting and applying mathematical methods to justify a
selected mode of transport.
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ASSESSMENT
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11. Sarah and Paige live in Nottingham and are planning a trip to Liverpool. They need to be in Liverpool by 2:00 pm. They can travel by train, bus or in Sarah’s car.
Showing all your reasoning, how do you recommend they travel from Nottingham to Liverpool? Give one advantage and one disadvantage for your choice of transport.
[8]Part of rail timetable
Part of the national bus timetable informationTravelling by car:Distance from Nottingham to Liverpool is 105 miles.Expected average speed of car on this journey is 35 m.p.h.Cost of running Sarah’s car is 30p per mile.
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12. (a) Solve
[1]
(i) 6x = 3
(ii) 7x – 10 = 11.
(b) Simplify 2a – 7b – 5a – 6b.[2]
[2]
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12. (a) Solve
[1]
(i) 6x = 3
(ii) 7x – 10 = 11.
(b) Simplify 2a – 7b – 5a – 6b.[2]
[2]
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x = 18
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7x = 11 + 10
x = 21 7
Check:
(7×3) – 10
= 21 – 10
= 11
= 2a = – 3a – 13b
Check:
18 ÷ 6 = 3
x = 3
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– 7b – 5a
7x = 21
– 6b
12. (a) Solve
[1]
(i) 6x = 3
(ii) 7x – 10 = 11.
(b) Simplify 2a – 7b – 5a – 6b.[2]
[2]
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AO1 – AO1 – Recall and use knowledge of solving linear equations and
collecting like terms
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ASSESSMENT
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12. (a) Solve
[1]
(i) 6x = 3
(ii) 7x – 10 = 11.
(b) Simplify 2a – 7b – 5a – 6b.[2]
[2]
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13. (a) Draw an enlargement of the shape shown below using a scale factor of 2.
Use the point A as the centre of the enlargement. [3]
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Part b
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13. (a) Draw an enlargement of the shape shown below using a scale factor of 2.
Use the point A as the centre of the enlargement. [3]
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RevealPart b
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This is the correct size but drawn in the wrong place. This is the correct size but drawn in the wrong place.
Make sure you use the centre of enlargement, AMake sure you use the centre of enlargement, A
13. (a) Draw an enlargement of the shape shown below using a scale factor of 2.
Use the point A as the centre of the enlargement. [3]
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AO1AO1 – Recall and use knowledge of enlargement
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ASSESSMENT
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Part b
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13. (a) Draw an enlargement of the shape shown below using a scale factor of 2.
Use the point A as the centre of the enlargement. [3]
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Part b
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13 (b) Rotate the shape shown below through 90° anticlockwise about the point (2, 1). [2]
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Part a
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13 (b) Rotate the shape shown below through 90° anticlockwise about the point (2, 1). [2]
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RevealPart a
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Remember the three key facts:
Angle: 90°
Centre: (2, 1)
Direction: anticlockwise
Remember the three key facts:
Angle: 90°
Centre: (2, 1)
Direction: anticlockwise
13 (b) Rotate the shape shown below through 90° anticlockwise about the point (2, 1). [2]
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AO1AO1 – Recall and use knowledge of rotation
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ASSESSMENT
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Part a
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13 (b) Rotate the shape shown below through 90° anticlockwise about the point (2, 1). [2]
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Part a
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14. (a) Showing all your working, find an estimate for:
[2]
[2]
4.1503 × 20.3
(b) The value of is approximately 3.14. Estimate the circumference of a circle with radius 20 cm.
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14. (a) Showing all your working, find an estimate for:
[2]
[2]
4.1503 × 20.3
(b) The value of is approximately 3.14. Estimate the circumference of a circle with radius 20 cm.
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Reveal
Circumference = × diameter
= 2500
= 3.14 × 40
= 3.14 × 4 × 10
= 12.56 × 10
= 125.6 cm
Remember to use diameter.
i.e. 2 × 20 = 40
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10000 4
=
500 × 204
Round all numbers to 1 significant figure
14. (a) Showing all your working, find an estimate for:
[2]
[2]
4.1503 × 20.3
(b) The value of is approximately 3.14. Estimate the circumference of a circle with radius 20 cm.
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AO1 – AO1 – Recall and use knowledge of estimation and significant figures.
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ASSESSMENT
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14. (a) Showing all your working, find an estimate for:
[2]
[2]
4.1503 × 20.3
(b) The value of is approximately 3.14. Estimate the circumference of a circle with radius 20 cm.
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15. The houses on one side of a long street have odd numbers and the houses on the other side of the street have even numbers.
[1]
(a) Fill in the numbers on these houses.
(b) The numbers on five houses next to each other on one side of the street total 65.What are the numbers on these five houses?
[3]
(c) The product of the numbers on two houses which are directly opposite each other is 90. What are the numbers on these two houses?
[1]
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15. The houses on one side of a long street have odd numbers and the houses on the other side of the street have even numbers.
[1]
(a) Fill in the numbers on these houses.
(b) The numbers on five houses next to each other on one side of the street total 65.What are the numbers on these five houses?
[3]
(c) The product of the numbers on two houses which are directly opposite each other is 90. What are the numbers on these two houses?
[1]
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65 ÷ 5 = 13
Reveal
(number) × (number + 1) = 90
+1 +2 +2 +2 +2
97 99 101 105
98 100 102 106104
9 11 13 15 17
By investigation : 9 and 10
This must be the middle house number. So, the solution is:
The numbers will be consecutive i.e.Product means “multiply”
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15. The houses on one side of a long street have odd numbers and the houses on the other side of the street have even numbers.
[1]
(a) Fill in the numbers on these houses.
(b) The numbers on five houses next to each other on one side of the street total 65.What are the numbers on these five houses?
[3]
(c) The product of the numbers on two houses which are directly opposite each other is 90. What are the numbers on these two houses?
[1]
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AO2 – AO2 – Select and apply appropriate numerical methods
ASSESSMENT
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ASSESSMENT
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15. The houses on one side of a long street have odd numbers and the houses on the other side of the street have even numbers.
[1]
(a) Fill in the numbers on these houses.
(b) The numbers on five houses next to each other on one side of the street total 65.What are the numbers on these five houses?
[3]
(c) The product of the numbers on two houses which are directly opposite each other is 90. What are the numbers on these two houses?
[1]
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16. The diagram represents an aerial view of a building.A dog, D, on a lead is tied to a side of the building at X.Draw the boundary of the region in which the dog can roam. [3]
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16. The diagram represents an aerial view of a building.A dog, D, on a lead is tied to a side of the building at X.Draw the boundary of the region in which the dog can roam. [3]
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Reveal
4.9cm
3cm
1.9cm
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The lead is shortened by the corner, so the answer is not a circle.
The lead is shortened by the corner, so the answer is not a circle.
16. The diagram represents an aerial view of a building.A dog, D, on a lead is tied to a side of the building at X.Draw the boundary of the region in which the dog can roam. [3]
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ASSESSMENT
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16. The diagram represents an aerial view of a building.A dog, D, on a lead is tied to a side of the building at X.Draw the boundary of the region in which the dog can roam. [3]
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17. You will be assessed on the quality of your written communication in part (b) of this question.
Mrs. Roberts is travelling to Hong Kong on business.(a) There is a time difference between the UK and Hong Kong. When the time is 6 a.m. in the UK the time is 2 p.m. on the same day in Hong Kong.
(i) When it is 10 a.m. in the UK what time is it in Hong Kong?
[1]
(ii) Mr. Roberts stays in the UK and has given his wife his time schedule, shown below.
Mrs. Roberts will be in meetings most of the day in Hong Kong from 8 a.m. until 11 a.m., then from 12 noon to 6 p.m.She plans to telephone her husband at a convenient time during the day.During which time period should Mrs. Roberts telephone her husband?Give your answer in UK and Hong Kong times.
[2]
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Part b
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17. You will be assessed on the quality of your written communication in part (b) of this question.
Mrs. Roberts is travelling to Hong Kong on business.(a) There is a time difference between the UK and Hong Kong. When the time is 6 a.m. in the UK the time is 2 p.m. on the same day in Hong Kong.
(i) When it is 10 a.m. in the UK what time is it in Hong Kong?
[1]
(ii) Mr. Roberts stays in the UK and has given his wife his time schedule, shown below.
Mrs. Roberts will be in meetings most of the day in Hong Kong from 8 a.m. until 11 a.m., then from 12 noon to 6 p.m.She plans to telephone her husband at a convenient time during the day.During which time period should Mrs. Roberts telephone her husband?Give your answer in UK and Hong Kong times.
[2]
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6am (UK) is 2pm (HK) (+8hrs) so 10am (UK) is 6pm (HK)
Between
8:30pm – 10:00pm HK time [Mrs Roberts has finished work]
12:30pm – 2:00pm UK time [Mr Roberts is having lunch]
So they are both free to talk
RevealPart b
HK2:002:303:307:308:30
10:000:002:005:006:00
pm
meeting
am
Hong Kong is 8 hours ahead of UK
17. You will be assessed on the quality of your written communication in part (b) of this question.
Mrs. Roberts is travelling to Hong Kong on business.(a) There is a time difference between the UK and Hong Kong. When the time is 6 a.m. in the UK the time is 2 p.m. on the same day in Hong Kong.
(i) When it is 10 a.m. in the UK what time is it in Hong Kong?
[1]
(ii) Mr. Roberts stays in the UK and has given his wife his time schedule, shown below.
Mrs. Roberts will be in meetings most of the day in Hong Kong from 8 a.m. until 11 a.m., then from 12 noon to 6 p.m.She plans to telephone her husband at a convenient time during the day.During which time period should Mrs. Roberts telephone her husband?Give your answer in UK and Hong Kong times.
[2]
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(a)(a) (i) AO2(i) AO2 – Select and apply appropriate numerical technique to calculate time difference.(ii) AO3(ii) AO3 – Interpret times and select appropriately.
ASSESSMENT
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ASSESSMENT
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Part b
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17. You will be assessed on the quality of your written communication in part (b) of this question.
Mrs. Roberts is travelling to Hong Kong on business.(a) There is a time difference between the UK and Hong Kong. When the time is 6 a.m. in the UK the time is 2 p.m. on the same day in Hong Kong.
(i) When it is 10 a.m. in the UK what time is it in Hong Kong?
[1]
(ii) Mr. Roberts stays in the UK and has given his wife his time schedule, shown below.
Mrs. Roberts will be in meetings most of the day in Hong Kong from 8 a.m. until 11 a.m., then from 12 noon to 6 p.m.She plans to telephone her husband at a convenient time during the day.During which time period should Mrs. Roberts telephone her husband?Give your answer in UK and Hong Kong times.
[2]
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17 (b) Mrs. Roberts is going to be in Hong Kong for 4 nights. She finds two suitable hotels on the internet.
[5]
Which hotel should Mrs. Roberts choose? You must show your working and give a reason for your answer.
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17 (b) Mrs. Roberts is going to be in Hong Kong for 4 nights. She finds two suitable hotels on the internet.
[5]
Which hotel should Mrs. Roberts choose? You must show your working and give a reason for your answer.
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Hotel Gelton
£80 × 4 = £320 B&B
RevealPart a
Hotel Bear
£107 × 3 = £321 B&B + dinner
Choose Hotel Bear as you also get dinner for 4 nightsfor an extra £1, so this is better value for money.
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Remember to include a valid reason for your choice
Remember to include a valid reason for your choice
17 (b) Mrs. Roberts is going to be in Hong Kong for 4 nights. She finds two suitable hotels on the internet.
[5]
Which hotel should Mrs. Roberts choose? You must show your working and give a reason for your answer.
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AO3AO3 – Interpret, analyse and compare both options presented and justify their choice of hotel.
ASSESSMENT
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ASSESSMENT
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Part a
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17 (b) Mrs. Roberts is going to be in Hong Kong for 4 nights. She finds two suitable hotels on the internet.
[5]
Which hotel should Mrs. Roberts choose? You must show your working and give a reason for your answer.
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1. Ashley visits a computer store.(a) She sees the following display.
[4]
(i) Ashley buys a box of re-writable discs, 2 packets of photo paper, 3 printer cartridges and 6 packets of printer paper.
Complete the following table to show her bill for these items.
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Part (ii)
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1. Ashley visits a computer store.(a) She sees the following display.
[4]
(i) Ashley buys a box of re-writable discs, 2 packets of photo paper, 3 printer cartridges and 6 packets of printer paper.
Complete the following table to show her bill for these items.
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2 packets of photo paper
RevealPart (ii)
2 × £6.39 12.78
3 printer cartridges 3 × £16.78 50.34
6 packets of printer paper 6 × £3.47 20.82
7.46 + 12.78 + 50.34 + 20.82 91.40
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Don’t forget to include this in the
total.
Don’t forget to include this in the
total.
Remember to write
down the ‘0’ 91.40
Remember to write
down the ‘0’ 91.40
Remember you can use your
calculator.
1. Ashley visits a computer store.(a) She sees the following display.
[4]
(i) Ashley buys a box of re-writable discs, 2 packets of photo paper, 3 printer cartridges and 6 packets of printer paper.
Complete the following table to show her bill for these items.
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AO1AO1 – Recall and use knowledge of money using a calculator
ASSESSMENT
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ASSESSMENT
OBJECTIVE
Part (ii)
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1. Ashley visits a computer store.(a) She sees the following display.
[4]
(i) Ashley buys a box of re-writable discs, 2 packets of photo paper, 3 printer cartridges and 6 packets of printer paper.
Complete the following table to show her bill for these items.
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Part (ii)
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[2]
[1]
1a (ii) The store gives a discount of 5% of the total cost of these items.What discount does Ashley receive?
(b) (i) What percentage of the following shape is shaded?
(ii) What percentage of the shape is NOT shaded?
[1]
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Part (i)
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[2]
[1]
1a (ii) The store gives a discount of 5% of the total cost of these items.What discount does Ashley receive?
(b) (i) What percentage of the following shape is shaded?
(ii) What percentage of the shape is NOT shaded?
[1]
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RevealPart (i)
5100
× 91.4 = £4.57 or 0.05 × 91.4 = £4.57
12
3
4
4 shaded out of 104
10= 40%40
100=
100% – 40% = 60%
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Use a calculator!
[2]
[1]
1a (ii) The store gives a discount of 5% of the total cost of these items.What discount does Ashley receive?
(b) (i) What percentage of the following shape is shaded?
(ii) What percentage of the shape is NOT shaded?
[1]
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AO1AO1 – Recall and use knowledge of percentages
ASSESSMENT
OBJECTIVE
ASSESSMENT
OBJECTIVE
Part (i)
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[2]
[1]
1a (ii) The store gives a discount of 5% of the total cost of these items.What discount does Ashley receive?
(b) (i) What percentage of the following shape is shaded?
(ii) What percentage of the shape is NOT shaded?
[1]
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Part (i)
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[1]
2. (a) (i) What is the mass of Mia’s pet hamster?
The mass of Mia’s pet hamster is g.
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Part (ii)
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[1]
2. (a) (i) What is the mass of Mia’s pet hamster?
The mass of Mia’s pet hamster is g.
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340
RevealPart (ii)
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2 Each section is
10g
Each section is
10g
[1]
2. (a) (i) What is the mass of Mia’s pet hamster?
The mass of Mia’s pet hamster is g.
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AO1AO1 – Recall and use knowledge of metric units of mass and reading
scales
ASSESSMENT
OBJECTIVE
ASSESSMENT
OBJECTIVE
Part (ii)
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[1]
2. (a) (i) What is the mass of Mia’s pet hamster?
The mass of Mia’s pet hamster is g.
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Part (ii)
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[1]
[1]
2a (ii) She puts her hamster on a different scale.Draw the pointer to show the hamster’s mass.
(b) Mia goes out in her car.What speed is she doing, correct to the nearest 10 miles per hour?
m.p.h.
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Part (i)
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[1]
[1]
2a (ii) She puts her hamster on a different scale.Draw the pointer to show the hamster’s mass.
(b) Mia goes out in her car.What speed is she doing, correct to the nearest 10 miles per hour?
m.p.h.
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60
Arrow is nearer to
60 than 50
Arrow is nearer to
60 than 50
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Each section is 20g
Each section is 20g
50 60
[1]
[1]
2a (ii) She puts her hamster on a different scale.Draw the pointer to show the hamster’s mass.
(b) Mia goes out in her car.What speed is she doing, correct to the nearest 10 miles per hour?
m.p.h.
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AO1AO1 – Recall and use knowledge of reading scales and rounding to
nearest 10
ASSESSMENT
OBJECTIVE
ASSESSMENT
OBJECTIVE
Part (i)
AO1AO1 – Recall and use knowledge of metric units of mass and
interpreting scales
ASSESSMENT
OBJECTIVE
ASSESSMENT
OBJECTIVE
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[1]
[1]
2a (ii) She puts her hamster on a different scale.Draw the pointer to show the hamster’s mass.
(b) Mia goes out in her car.What speed is she doing, correct to the nearest 10 miles per hour?
m.p.h.
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Part (i)
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[3]
3. (a)
The above shape, drawn on a square grid, represents a large garden.Estimate the area of the garden if every square represents an area of 5 m2.
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Part b
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[3]
3. (a)
The above shape, drawn on a square grid, represents a large garden.Estimate the area of the garden if every square represents an area of 5 m2.
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Counting gives 77 squares
RevealPart b
Area = 77 × 5
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Count whole squares and squares more than half full
= 385 m2
[3]
3. (a)
The above shape, drawn on a square grid, represents a large garden.Estimate the area of the garden if every square represents an area of 5 m2.
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AO1AO1 – Recall and use knowledge of estimation of the area of an
irregular shape drawn on a square grid
ASSESSMENT
OBJECTIVE
ASSESSMENT
OBJECTIVE
Part b
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[3]
3. (a)
The above shape, drawn on a square grid, represents a large garden.Estimate the area of the garden if every square represents an area of 5 m2.
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Part b
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[2]
[3]
(b) Write down the special name of the straight line shown in each diagram below.
(c) Write down the name of each of the shapes shown below.
A B
C
A
B
C
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Part a
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[2]
[3]
(b) Write down the special name of the straight line shown in each diagram below.
(c) Write down the name of each of the shapes shown below.
A B
C
A
B
C
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Chord
RevealPart a
Diameter
Trapezium
Pentagon
Cylinder
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[2]
[3]
(b) Write down the special name of the straight line shown in each diagram below.
(c) Write down the name of each of the shapes shown below.
A B
C
A
B
C
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AO1AO1 – Recall and use knowledge of vocabulary of circles, polygons
and solid figures
ASSESSMENT
OBJECTIVE
ASSESSMENT
OBJECTIVE
Part a
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[2]
[3]
(b) Write down the special name of the straight line shown in each diagram below.
(c) Write down the name of each of the shapes shown below.
A B
C
A
B
C
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Part a
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(b) Find the Number of days, when the Total Cost is £61 and the Hire charge is £7.
4. The formula to find the Total Cost, in pounds, of hiring a carpet cleaner is
Total Cost = Number of days × £6.75 + Hire charge.
(a) Find the Total Cost when the Number of days is 3 and the Hire charge is £10.
[2]
[2]
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Total Cost = Number of days × £6.75 + Hire charge.
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(b) Find the Number of days, when the Total Cost is £61 and the Hire charge is £7.
4. The formula to find the Total Cost, in pounds, of hiring a carpet cleaner is
Total Cost = Number of days × £6.75 + Hire charge.
(a) Find the Total Cost when the Number of days is 3 and the Hire charge is £10.
[2]
[2]
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Total Cost = Number of days × £6.75 + Hire charge.
6.75 × 3
Reveal
20.25 20.25+10.00
30.25
Add on the hire chargeAdd on the hire charge
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20.25
Total cost = £30.25
Number of days × £6.75 = Total cost – Hire charge
= 61 – 7
Number of days = 54 ÷ 6.75
= 8
= 54
(b) Find the Number of days, when the Total Cost is £61 and the Hire charge is £7.
4. The formula to find the Total Cost, in pounds, of hiring a carpet cleaner is
Total Cost = Number of days × £6.75 + Hire charge.
(a) Find the Total Cost when the Number of days is 3 and the Hire charge is £10.
[2]
[2]
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Total Cost = Number of days × £6.75 + Hire charge.
AO1 – AO1 – Recall and use knowledge of rearranging simple formulae
ASSESSMENT
OBJECTIVE
ASSESSMENT
OBJECTIVE
AO1 – AO1 – Recall and use knowledge of substitution of positive integers
into simple formulae
ASSESSMENT
OBJECTIVE
ASSESSMENT
OBJECTIVE
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(b) Find the Number of days, when the Total Cost is £61 and the Hire charge is £7.
4. The formula to find the Total Cost, in pounds, of hiring a carpet cleaner is
Total Cost = Number of days × £6.75 + Hire charge.
(a) Find the Total Cost when the Number of days is 3 and the Hire charge is £10.
[2]
[2]
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Total Cost = Number of days × £6.75 + Hire charge.
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[2]
[1]
5.
(a) Write down the coordinates of the points A and B.
Coordinates of A are:
( , )
Coordinates of B are:
( , )
(b) C is the mid-point of AB.Mark the point C on the graph. [1]
(c) The perpendicular to the line AB from the point D meets AB at the point E.Mark the point E on the graph paper above.
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[2]
[1]
5.
(a) Write down the coordinates of the points A and B.
Coordinates of A are:
( , )
Coordinates of B are:
( , )
(b) C is the mid-point of AB.Mark the point C on the graph. [1]
(c) The perpendicular to the line AB from the point D meets AB at the point E.Mark the point E on the graph paper above.
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– 3 4
Reveal
– 3 – 2
C
E
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Perpendicular means ‘at right angles to…’
The x-coordinate is always first.
[2]
[1]
5.
(a) Write down the coordinates of the points A and B.
Coordinates of A are:
( , )
Coordinates of B are:
( , )
(b) C is the mid-point of AB.Mark the point C on the graph. [1]
(c) The perpendicular to the line AB from the point D meets AB at the point E.Mark the point E on the graph paper above.
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AO1 – AO1 – Recall and useknowledge of Cartesian
coordinates in 4 quadrants and vocabulary of geometrical terms
ASSESSMENT
OBJECTIVE
ASSESSMENT
OBJECTIVE
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[2]
[1]
5.
(a) Write down the coordinates of the points A and B.
Coordinates of A are:
( , )
Coordinates of B are:
( , )
(b) C is the mid-point of AB.Mark the point C on the graph. [1]
(c) The perpendicular to the line AB from the point D meets AB at the point E.Mark the point E on the graph paper above.
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[1]
6. (a) The diagram shows a number of cubes of side 1 cm forming a solid shape.
Find the volume of the shape and state the units of your answer.
Volume of the shape =
(b) (i) Measure the size of ABC.
[2]
ABC = º
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Part b
Show/hide protractorShow/hide protractor
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[1]
6. (a) The diagram shows a number of cubes of side 1 cm forming a solid shape.
Find the volume of the shape and state the units of your answer.
Volume of the shape =
(b) (i) Measure the size of ABC.
[2]
ABC = º
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Number of cubes = 7 × 2
Reveal
12
34
56 7
2 layers
14 cm3
53º53º
53
Part b
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Make sure the correct reading is used: the angle is acute, so it is less
than 90°
[1]
6. (a) The diagram shows a number of cubes of side 1 cm forming a solid shape.
Find the volume of the shape and state the units of your answer.
Volume of the shape =
(b) (i) Measure the size of ABC.
[2]
ABC = º
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AO1AO1 – Recall and use knowledge of volume of composite solids by counting cubes and accurate use
of a protractor
ASSESSMENT
OBJECTIVE
ASSESSMENT
OBJECTIVE
Part b
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[1]
6. (a) The diagram shows a number of cubes of side 1 cm forming a solid shape.
Find the volume of the shape and state the units of your answer.
Volume of the shape =
(b) (i) Measure the size of ABC.
[2]
ABC = º
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Part b
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[1]
6 (ii) On the diagram below, draw XYZ, which is 124°.
X Y
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Part a
Show/hide protractorShow/hide protractor
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[1]
6 (ii) On the diagram below, draw XYZ, which is 124°.
X Y
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Make sure the correct reading is used: the angle is greater than 90°, so it is obtuse.
[1]
6 (ii) On the diagram below, draw XYZ, which is 124°.
X Y
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AO1AO1 – Recall and use knowledge of accurately using a protractor
ASSESSMENT
OBJECTIVE
ASSESSMENT
OBJECTIVE
Part a
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[1]
6 (ii) On the diagram below, draw XYZ, which is 124°.
X Y
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Part a
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[3]
7. Siân, Ryan and Dafydd are neighbours and have houses on a new housing estate.
Siân makes a rectangular front lawn measuring 9m by 4m.
9m
4m
(a) Ryan makes a square lawn, which has the same perimeter as Siân’s lawn. Find the length of a side of Ryan’s lawn.
(b) Dafydd also makes a square lawn, but his lawn has the same area as Siân’s lawn. Find the length of a side of Dafydd’s lawn.
[3]
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[3]
7. Siân, Ryan and Dafydd are neighbours and have houses on a new housing estate.
Siân makes a rectangular front lawn measuring 9m by 4m.
9m
4m
(a) Ryan makes a square lawn, which has the same perimeter as Siân’s lawn. Find the length of a side of Ryan’s lawn.
(b) Dafydd also makes a square lawn, but his lawn has the same area as Siân’s lawn. Find the length of a side of Dafydd’s lawn.
[3]
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Perimeter of Siân’s lawn
Length of Ryan’s lawn
Area of Siân’s lawn
Length of Dafydd’s square lawn
= 4 + 9 + 4 + 9 = 26 cm
= 26 ÷ 4 = 6.5 cm
= 36 cm2= 4 × 9
= √36 = 6 cm
[3]
7. Siân, Ryan and Dafydd are neighbours and have houses on a new housing estate.
Siân makes a rectangular front lawn measuring 9m by 4m.
9m
4m
(a) Ryan makes a square lawn, which has the same perimeter as Siân’s lawn. Find the length of a side of Ryan’s lawn.
(b) Dafydd also makes a square lawn, but his lawn has the same area as Siân’s lawn. Find the length of a side of Dafydd’s lawn.
[3]
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AO2 – AO2 – Select and apply mathematical methods of perimeter and area to find the lengths of the
lawns
ASSESSMENT
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ASSESSMENT
OBJECTIVE
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[3]
7. Siân, Ryan and Dafydd are neighbours and have houses on a new housing estate.
Siân makes a rectangular front lawn measuring 9m by 4m.
9m
4m
(a) Ryan makes a square lawn, which has the same perimeter as Siân’s lawn. Find the length of a side of Ryan’s lawn.
(b) Dafydd also makes a square lawn, but his lawn has the same area as Siân’s lawn. Find the length of a side of Dafydd’s lawn.
[3]
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[4]
8.
The above picture shows two houses each with a front door.
Write down an estimate for the actual height of a door.
Using this estimate for the height of a door, estimate the actual distance between the two houses shown by the arrowed line.
You must show all your working.
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Show/hide ruler (vertical)
Show/hide ruler (horizontal)
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[4]
8.
The above picture shows two houses each with a front door.
Write down an estimate for the actual height of a door.
Using this estimate for the height of a door, estimate the actual distance between the two houses shown by the arrowed line.
You must show all your working.
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2m
Reveal
Door measures 2cm
Therefore 2cm ≡ 2m Scale 1cm ≡ 1m
Measured distance between two houses = 9cm
Actual distance between two houses = 9m
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[4]
8.
The above picture shows two houses each with a front door.
Write down an estimate for the actual height of a door.
Using this estimate for the height of a door, estimate the actual distance between the two houses shown by the arrowed line.
You must show all your working.
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AO2 – AO2 – Select and apply mathematical methods of
estimation and scale to find the actual distance between the two
houses
ASSESSMENT
OBJECTIVE
ASSESSMENT
OBJECTIVE
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[4]
8.
The above picture shows two houses each with a front door.
Write down an estimate for the actual height of a door.
Using this estimate for the height of a door, estimate the actual distance between the two houses shown by the arrowed line.
You must show all your working.
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9. (a) (i) The mass of a donkey is x kg. During the year the donkey’s mass increases by 8 kg.What is the mass of the donkey at the end of the year?
(ii) A pencil costs 32 pence.What is the cost of g pencils?
[1]
[1](b) Describe in words the rule for continuing each of the following sequences.
(i) 48, 42, 36, 30, ….
[1]
Rule:
(ii) 2, 8, 32, 128, …
[1]
Rule:
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9. (a) (i) The mass of a donkey is x kg. During the year the donkey’s mass increases by 8 kg.What is the mass of the donkey at the end of the year?
(ii) A pencil costs 32 pence.What is the cost of g pencils?
[1]
[1](b) Describe in words the rule for continuing each of the following sequences.
(i) 48, 42, 36, 30, ….
[1]
Rule:
(ii) 2, 8, 32, 128, …
[1]
Rule:
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(x + 8) kg
RevealPart (c)
32g pence
Take away 6 from previous number
Multiply previous number by 4
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To increase is to ADD
32 × g
= 32g
9. (a) (i) The mass of a donkey is x kg. During the year the donkey’s mass increases by 8 kg.What is the mass of the donkey at the end of the year?
(ii) A pencil costs 32 pence.What is the cost of g pencils?
[1]
[1](b) Describe in words the rule for continuing each of the following sequences.
(i) 48, 42, 36, 30, ….
[1]
Rule:
(ii) 2, 8, 32, 128, …
[1]
Rule:
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AO1AO1 – Recall and use knowledge of describing the rule for the next
term of a sequence
ASSESSMENT
OBJECTIVE
ASSESSMENT
OBJECTIVE
Part (c)
AO1AO1 – Recall and use knowledge of formation of simple algebraic
expressions,
ASSESSMENT
OBJECTIVE
ASSESSMENT
OBJECTIVE
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9. (a) (i) The mass of a donkey is x kg. During the year the donkey’s mass increases by 8 kg.What is the mass of the donkey at the end of the year?
(ii) A pencil costs 32 pence.What is the cost of g pencils?
[1]
[1](b) Describe in words the rule for continuing each of the following sequences.
(i) 48, 42, 36, 30, ….
[1]
Rule:
(ii) 2, 8, 32, 128, …
[1]
Rule:
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Part (c)
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9 (c) Solve each of the following equations.
(i) 6x = 48
[1]
(ii) y + 6 = 19
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9 (c) Solve each of the following equations.
(i) 6x = 48
[1]
(ii) y + 6 = 19
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RevealPart (a) & (b)
x = 486
x = 8
y = 19 – 6
y = 13
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9 (c) Solve each of the following equations.
(i) 6x = 48
[1]
(ii) y + 6 = 19
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AO1AO1 – Recall and use knowledge of solving simple linear equations
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9 (c) Solve each of the following equations.
(i) 6x = 48
[1]
(ii) y + 6 = 19
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[6]
10.A group of 3 adults and a number of children travel in a minibus to visit Arthur’s Castle.
It costs a total of £58 to park the minibus and pay for the tickets for everyone to visit the castle.
How many were there in the group altogether?
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[6]
10.A group of 3 adults and a number of children travel in a minibus to visit Arthur’s Castle.
It costs a total of £58 to park the minibus and pay for the tickets for everyone to visit the castle.
How many were there in the group altogether?
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Total cost of tickets = 58 – 5 = £53
Reveal
Cost for 3 adults = 3 × 7 = £21
Cost for children = 53 – 21 = £32
Number of children = 32 ÷ 4 = 8 children
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Total on trip = 8 + 3 = 11 people
Take away cost of minibus
Don’t forget to add on the 3 adults
[6]
10.A group of 3 adults and a number of children travel in a minibus to visit Arthur’s Castle.
It costs a total of £58 to park the minibus and pay for the tickets for everyone to visit the castle.
How many were there in the group altogether?
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AO2 – AO2 – Select and apply mathematical methods by using the
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ASSESSMENT
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ASSESSMENT
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[6]
10.A group of 3 adults and a number of children travel in a minibus to visit Arthur’s Castle.
It costs a total of £58 to park the minibus and pay for the tickets for everyone to visit the castle.
How many were there in the group altogether?
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[5]
11. Fran needs at least £800 in euros (€) to go on a visit to France.
When he goes to the bank he finds that the lowest euro note the bank will give him is the 5 euro note.
The exchange rate is £1 = €1.14.
What is the least number of euros that Fran buys to ensure he has at least £800 worth and how much did he pay for them?
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[5]
11. Fran needs at least £800 in euros (€) to go on a visit to France.
When he goes to the bank he finds that the lowest euro note the bank will give him is the 5 euro note.
The exchange rate is £1 = €1.14.
What is the least number of euros that Fran buys to ensure he has at least £800 worth and how much did he pay for them?
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Euros = 800 × 1.14 = 912 euro
Reveal
Round UP to the nearest 5 …. = 915 euro
He needs 915 euro
Cost in pounds = 915 ÷ 1.14
= £802.63
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Must round up as 910 euro would not be enough
Reasonable answer: you are expecting it to cost more than £800 as you are getting more than 912 euro
[5]
11. Fran needs at least £800 in euros (€) to go on a visit to France.
When he goes to the bank he finds that the lowest euro note the bank will give him is the 5 euro note.
The exchange rate is £1 = €1.14.
What is the least number of euros that Fran buys to ensure he has at least £800 worth and how much did he pay for them?
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AO2 – AO2 – Select and apply mathematical methods involving foreign currencies and exchange
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ASSESSMENT
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[5]
11. Fran needs at least £800 in euros (€) to go on a visit to France.
When he goes to the bank he finds that the lowest euro note the bank will give him is the 5 euro note.
The exchange rate is £1 = €1.14.
What is the least number of euros that Fran buys to ensure he has at least £800 worth and how much did he pay for them?
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[2]
12. Year 11 and 12 pupils in a comprehensive school were asked:
“In the election for a pupil governor, for whom would you vote?”
The two pie charts below were drawn by a pupil to illustrate the results for Year 11 and
Year 12 separately.
Year 11 Year 12
(a) Estimate the fraction of Year 11 pupils who would vote for Jitesh. [1]
(b) Can you tell from the pie charts whether fewer Year 11 pupils than Year 12 pupils would vote for Tom?Put a circle around your choice.
Yes / NoExplain the reasoning for your answer.
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[2]
12. Year 11 and 12 pupils in a comprehensive school were asked:
“In the election for a pupil governor, for whom would you vote?”
The two pie charts below were drawn by a pupil to illustrate the results for Year 11 and
Year 12 separately.
Year 11 Year 12
(a) Estimate the fraction of Year 11 pupils who would vote for Jitesh. [1]
(b) Can you tell from the pie charts whether fewer Year 11 pupils than Year 12 pupils would vote for Tom?Put a circle around your choice.
Yes / NoExplain the reasoning for your answer.
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Reveal
You do not know the number of pupils surveyed in each year.
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[2]
12. Year 11 and 12 pupils in a comprehensive school were asked:
“In the election for a pupil governor, for whom would you vote?”
The two pie charts below were drawn by a pupil to illustrate the results for Year 11 and
Year 12 separately.
Year 11 Year 12
(a) Estimate the fraction of Year 11 pupils who would vote for Jitesh. [1]
(b) Can you tell from the pie charts whether fewer Year 11 pupils than Year 12 pupils would vote for Tom?Put a circle around your choice.
Yes / NoExplain the reasoning for your answer.
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AO1 – AO1 – Recall and use knowledge of pie charts
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ASSESSMENT
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[2]
12. Year 11 and 12 pupils in a comprehensive school were asked:
“In the election for a pupil governor, for whom would you vote?”
The two pie charts below were drawn by a pupil to illustrate the results for Year 11 and
Year 12 separately.
Year 11 Year 12
(a) Estimate the fraction of Year 11 pupils who would vote for Jitesh. [1]
(b) Can you tell from the pie charts whether fewer Year 11 pupils than Year 12 pupils would vote for Tom?Put a circle around your choice.
Yes / NoExplain the reasoning for your answer.
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[1]
13. (a) Reflect the triangle A in the y-axis.G
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13. (a) Reflect the triangle A in the y-axis.G
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Count squares at right angles to mirror line
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13. (a) Reflect the triangle A in the y-axis.G
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AO1AO1 – Recall and knowledge of reflection in 4 quadrants
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13 (b) In the diagram below, describe the translation that maps A to B.G
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13 (b) In the diagram below, describe the translation that maps A to B.G
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3 to the left and 4 up
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13 (b) In the diagram below, describe the translation that maps A to B.G
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13 (b) In the diagram below, describe the translation that maps A to B.G
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14. a) The diagram on the next page, drawn to the scale of 1 cm represents 10 km, shows a coastline with harbours at A and B. Find the actual distance, in kilometres,
between the two harbours.
[3]
[6]
b) At 1:00 p.m. a ship sets off from A and another ship sets off from B. Each ship travels in a straight line. The ship from A maintains an average speed of 40 km/hour whilst the ship from B keeps to an average speed of 30 km/hour.The ships meet at 4:00 p.m.Giving full details of your working and reasoning, find the position where the two ships meet.Write down the bearing of this point from B.
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Open map in order to try find a solution Open map in order to try find a solution
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Open map in order to try find a solution Open map in order to try find a solution
14. a) The diagram on the next page, drawn to the scale of 1 cm represents 10 km, shows a coastline with harbours at A and B. Find the actual distance, in kilometres,
between the two harbours.
[3]
[6]
b) At 1:00 p.m. a ship sets off from A and another ship sets off from B. Each ship travels in a straight line. The ship from A maintains an average speed of 40 km/hour whilst the ship from B keeps to an average speed of 30 km/hour.The ships meet at 4:00 p.m.Giving full details of your working and reasoning, find the position where the two ships meet.Write down the bearing of this point from B.
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RevealOpen map to show the rest of the solutionOpen map to show the rest of the solution
AB = 15.5 cm
Actual distance = 15.5 × 10= 155 km
Time taken is from 1.00pm to 4.00pm = 3 hrs
Ship A travels 40 × 3 = 120 km
Ship B travels 30 × 3 = 90 km
120 = 12 cm10
90 = 9 cm10
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Remember to give full details
Find distances travelled in 3hrs
(Distance = speed × time)
Scale 1cm ≡ 10km
14. a) The diagram on the next page, drawn to the scale of 1 cm represents 10 km, shows a coastline with harbours at A and B. Find the actual distance, in kilometres,
between the two harbours.
[3]
[6]
b) At 1:00 p.m. a ship sets off from A and another ship sets off from B. Each ship travels in a straight line. The ship from A maintains an average speed of 40 km/hour whilst the ship from B keeps to an average speed of 30 km/hour.The ships meet at 4:00 p.m.Giving full details of your working and reasoning, find the position where the two ships meet.Write down the bearing of this point from B.
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AO3AO3 – Interpret and analyse the problem and generate a strategy to
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ships meet
ASSESSMENT
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ASSESSMENT
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AO1AO1 – Recall and use knowledge of scale
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ASSESSMENT
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14. a) The diagram on the next page, drawn to the scale of 1 cm represents 10 km, shows a coastline with harbours at A and B. Find the actual distance, in kilometres,
between the two harbours.
[3]
[6]
b) At 1:00 p.m. a ship sets off from A and another ship sets off from B. Each ship travels in a straight line. The ship from A maintains an average speed of 40 km/hour whilst the ship from B keeps to an average speed of 30 km/hour.The ships meet at 4:00 p.m.Giving full details of your working and reasoning, find the position where the two ships meet.Write down the bearing of this point from B.
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14.
Show/hide protractor
Show/hide ruler Rotate ruler 3cm 6cm 9cm 12cm
Show/hide arc
Back to questionBack to questionF
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Pap
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14.Back to questionBack to question
12cm (120km)
9cm (90km)
Reveal
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2Cannot be here as cannot travel over land
Bearing is 303º
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14.
[2]
15. The owner of a takeaway coffee shop uses two types of paper cups.
Hi-rim cup Base-stay cup
Diagrams are not drawn to scale.
They can be stacked like this...
Hi-rim cup Base-stay cup
(a) How high is a stack of 25 Hi-rim cups?
(b) A stack of Base-stay cups is 18.6 cm high.How many Base-stay cups are in the stack?
[2]
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Part (c)
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[2]
15. The owner of a takeaway coffee shop uses two types of paper cups.
Hi-rim cup Base-stay cup
Diagrams are not drawn to scale.
They can be stacked like this...
Hi-rim cup Base-stay cup
(a) How high is a stack of 25 Hi-rim cups?
(b) A stack of Base-stay cups is 18.6 cm high.How many Base-stay cups are in the stack?
[2]
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Height of cup 1 = 14 cm
Remove cup 1: 18.6 – 9 = 9.6
RevealPart (c)
Height of cups 2 to 25 = 24 × 0.5 = 12 cm
Total height = 14 + 12 = 26 cm
Number of cups 9.6 ÷ 1.2 = 88 cups + 1 cup = 9 cups
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Remember there are 24 cups above the bottom cupTherefore 24 × 0.5 NOT 25 × 0.5
Add height of bottom cup
[2]
15. The owner of a takeaway coffee shop uses two types of paper cups.
Hi-rim cup Base-stay cup
Diagrams are not drawn to scale.
They can be stacked like this...
Hi-rim cup Base-stay cup
(a) How high is a stack of 25 Hi-rim cups?
(b) A stack of Base-stay cups is 18.6 cm high.How many Base-stay cups are in the stack?
[2]
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AO2AO2 – Select and apply mathematical methods using the
visual information of how the cups are stacked
ASSESSMENT
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ASSESSMENT
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Part (c)
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[2]
15. The owner of a takeaway coffee shop uses two types of paper cups.
Hi-rim cup Base-stay cup
Diagrams are not drawn to scale.
They can be stacked like this...
Hi-rim cup Base-stay cup
(a) How high is a stack of 25 Hi-rim cups?
(b) A stack of Base-stay cups is 18.6 cm high.How many Base-stay cups are in the stack?
[2]
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[3]
15 (c) A stack of Hi-rim cups is the same height as a stack of Base-stay cups.
There are 21 Base-stay cups in the stack.
How many cups are there in the stack of Hi-rim cups?
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[3]
15 (c) A stack of Hi-rim cups is the same height as a stack of Base-stay cups.
There are 21 Base-stay cups in the stack.
How many cups are there in the stack of Hi-rim cups?
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Height of Base-stay 20 × 1.2 + 9 = 33 cm
RevealPart (a) & (b)
To find number of Hi-rim 33 – 14 = 19
19 ÷ 0.5 = 38 cups
38 + 1 = 39 cups
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Don’t forget the bottom cup
[3]
15 (c) A stack of Hi-rim cups is the same height as a stack of Base-stay cups.
There are 21 Base-stay cups in the stack.
How many cups are there in the stack of Hi-rim cups?
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AO3AO3 – Interpret and analyse the problem and generate a strategy to
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ASSESSMENT
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Part (a) & (b)
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[3]
15 (c) A stack of Hi-rim cups is the same height as a stack of Base-stay cups.
There are 21 Base-stay cups in the stack.
How many cups are there in the stack of Hi-rim cups?
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[3]
16. (a) Find the value of 3.72 + √21.16
[1]
(b) In a shop, the marked price of a television is £542.
The shop offers a discount of 28% of the marked price.
Find the discounted price of the television.
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[3]
16. (a) Find the value of 3.72 + √21.16
[1]
(b) In a shop, the marked price of a television is £542.
The shop offers a discount of 28% of the marked price.
Find the discounted price of the television.
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18.29
Reveal
28 × 542 = £151.76100
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Discounted price = 542 – 151.76
Use your calculator!
As you have a calculator, you could do…:
28% = 0.28
1 – 0.28 = 0.72
0.72 x 542 = £390.24= £390.24
[3]
16. (a) Find the value of 3.72 + √21.16
[1]
(b) In a shop, the marked price of a television is £542.
The shop offers a discount of 28% of the marked price.
Find the discounted price of the television.
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AO1 – AO1 – Recall and use knowledge of percentage reduction
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AO1 – AO1 – Recall and use knowledge of squares and square roots using
a calculator
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[3]
16. (a) Find the value of 3.72 + √21.16
[1]
(b) In a shop, the marked price of a television is £542.
The shop offers a discount of 28% of the marked price.
Find the discounted price of the television.
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[2]
17. The table below shows the probabilities of selecting one ball at random from a bag of coloured balls.
(a) Are there any balls of another colour in the bag? Give a reason for your answer.
(b) What is the probability of selecting either a yellow or a purple ball?
[2]
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[2]
17. The table below shows the probabilities of selecting one ball at random from a bag of coloured balls.
(a) Are there any balls of another colour in the bag? Give a reason for your answer.
(b) What is the probability of selecting either a yellow or a purple ball?
[2]
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0.25 + 0.14 + 0.06 + 0.15 + 0.40 = 1
Reveal
P(yellow or purple)
There are no balls of any other colour because the probabilities add up to 1.
= 0.06 + 0.40
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= 0.46
The ball can’t be yellow and purple at the same time, so the ruleP(A or B) = P(A) + P(B) works.= P(yellow) + P(purple)
[2]
17. The table below shows the probabilities of selecting one ball at random from a bag of coloured balls.
(a) Are there any balls of another colour in the bag? Give a reason for your answer.
(b) What is the probability of selecting either a yellow or a purple ball?
[2]
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AO3 – AO3 – Generating a strategy involving the law of total probability
to solve the problem
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ASSESSMENT
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AO2 – AO2 – Select and apply the probability law for mutually
exclusive events
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ASSESSMENT
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[2]
17. The table below shows the probabilities of selecting one ball at random from a bag of coloured balls.
(a) Are there any balls of another colour in the bag? Give a reason for your answer.
(b) What is the probability of selecting either a yellow or a purple ball?
[2]
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[3]
18. Solve the equation 6x – 7 = 4(x + 3).
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[3]
18. Solve the equation 6x – 7 = 4(x + 3).
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Reveal
6x – 7 = 4x + 126x – 4x = 12 + 7 2x = 19
x = 192
x = 9.5
Expand brackets
Collect terms
[3]
18. Solve the equation 6x – 7 = 4(x + 3).
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AO1 - AO1 - Recall and use knowledge of expanding brackets and solving
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[3]
18. Solve the equation 6x – 7 = 4(x + 3).
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[7]
19. You will be assessed on the quality of your written communication in this question.
A number is written on each of five cards.
The cards are arranged in ascending order.
It is known that the mean of the five numbers is 9.6, the range is 12, the median is 10, the greatest number is 16 and the fourth number is twice the second number.
Explaining your reasoning, find the five numbers written on the cards.
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[7]
19. You will be assessed on the quality of your written communication in this question.
A number is written on each of five cards.
The cards are arranged in ascending order.
It is known that the mean of the five numbers is 9.6, the range is 12, the median is 10, the greatest number is 16 and the fourth number is twice the second number.
Explaining your reasoning, find the five numbers written on the cards.
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6 10 12 16
The median is 10. Therefore, the number on the middle card is 10.
The range is 12. Therefore, the smallest number is 16 – 12 = 4
Now, mean × number of cards = total
total of 5 cards – total of 3 cards = 48 – (4 + 10 + 16)
The fourth number is twice the second, and the two add up to 18.
The fourth number is 12, the second is 6.
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The largest number is 16.
So, 9.6 × 5 = 48
= 18
[7]
19. You will be assessed on the quality of your written communication in this question.
A number is written on each of five cards.
The cards are arranged in ascending order.
It is known that the mean of the five numbers is 9.6, the range is 12, the median is 10, the greatest number is 16 and the fourth number is twice the second number.
Explaining your reasoning, find the five numbers written on the cards.
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AO3 – AO3 – Interpret and analyse the problem to generate a strategy
using knowledge of mean, median and range
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[7]
19. You will be assessed on the quality of your written communication in this question.
A number is written on each of five cards.
The cards are arranged in ascending order.
It is known that the mean of the five numbers is 9.6, the range is 12, the median is 10, the greatest number is 16 and the fourth number is twice the second number.
Explaining your reasoning, find the five numbers written on the cards.
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20. Jaspal invests £2500 for 2 years at 7% per annum compound interest.
What is the value of his investment after 2 years?
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[3]
20. Jaspal invests £2500 for 2 years at 7% per annum compound interest.
What is the value of his investment after 2 years?
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7% of £2500 = 7 × 2500 = £175100
Add this on: 2500 + 175 = £2675
So, Jaspal has £2675 in his account after 1 year.
2nd year:
7% of £2675 = 7 × 2675 = £187.25100
Add this on: 2675 + 187.25 = £2862.25
So, Jaspal has £2862.25 in his account after 2 years.
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20. Jaspal invests £2500 for 2 years at 7% per annum compound interest.
What is the value of his investment after 2 years?
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AO1 - AO1 - Recall and use knowledge of compound interest
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ASSESSMENT
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[3]
20. Jaspal invests £2500 for 2 years at 7% per annum compound interest.
What is the value of his investment after 2 years?
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