We have almost every SATs paper within our archives including KS1 *Money Problems* and many other KS1, KS2 and KS3 SATs papers and worksheets. SATs papers are fantastic practise tools, especially for literacy, problem solving and maths. Alternative sources for study include the Bitesize resources and Revisewise for more SATs practice, SATs revision and SATs preparation!

Mathematics test Ma KEY STAGE 3 Paper 2 Calculator allowed TIER 4–6 2005 Please read this page, but do not open your booklet until your teacher tells you to start. Write your name and the name of your school in the spaces below. First name Last name School Remember ■ The test is 1 hour long. ■ You may use a calculator for any question in this test. ■ You will need: pen, pencil, rubber, ruler, angle measurer or protractor and a calculator. ■ Some formulae you might need are on page 2. ■ This test starts with easier questions. ■ Try to answer all the questions. ■ Write all your answers and working on the test paper – do not use any rough paper. Marks may be awarded for working. ■ Check your work carefully. ■ Ask your teacher if you are not sure what to do. For marker’s Sourced from SATs-Papers.co.uk Total marks use only QCA/05/1432 Borderline check http://www.SATs-Papers.co.uk Instructions Answers This means write down your answer or show your working and write down your answer. Calculators You may use a calculator to answer any question in this test. Formulae You might need to use these formulae Trapezium Area = 1 (a + b)h 2 Prism Volume = area of cross-section t length KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 2 http://www.SATs-Papers.co.uk Membership 1. Each month some people leave a gym and some people join the gym. The diagram shows how many leave and how many join. Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec 35 30 25 20 15 10 5 0 0 Number of people leaving 5 10 15 20 25 30 35 Number of people joining (a) In which month did the greatest number of people leave the gym? 1 mark (b) In September, more people joined the gym than left the gym. How many more? 1 mark KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 3 http://www.SATs-Papers.co.uk Factor 2. (a) Is 3 a factor of 30? Yes No Explain how you know. 1 mark (b) I am thinking of a number that is greater than 3 My number is a factor of 30 What could my number be? Give an example. 1 mark KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 4 http://www.SATs-Papers.co.uk Shapes on a grid 3. Here is a sequence of shapes made with grey and white tiles. = 2 t the shape number The number of white tiles = 2 t the shape number The number of grey tiles (a) Altogether, how many tiles will be in shape number 5? tiles 1 mark (b) Altogether, how many tiles will be in shape number 15? tiles 1 mark (c) Write the missing number below. The total number of tiles t the shape number = 1 mark KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 5 http://www.SATs-Papers.co.uk Meal 4. A meal in a restaurant costs the same for each person. For 11 people the total cost is £ 253 What is the total cost for 12 people? £ 2 marks KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 6 http://www.SATs-Papers.co.uk Rhombus area 5. Here is a rhombus. The dotted lines are the diagonals of the rhombus. (a) Measure accurately the lengths of the diagonals. cm cm and 1 mark (b) To find the area of the rhombus: Multiply the lengths of the diagonals together, then divide the answer by 2 What is the area of the rhombus? 1 mark 1 mark KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 7 http://www.SATs-Papers.co.uk Mobile phones 6. A survey showed these results about the number of mobile phones used in the UK. 50 40 30 Number of mobile phones (millions) 20 10 0 1992 1994 1996 1998 2000 2002 Year Use the graph to write the missing numbers below. In 1992, there were about million mobile phones. 1 mark Ten years later, there were about million mobile phones. 1 mark From 1998 to 1999, the number of mobile phones increased by about million. 1 mark KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 8 As reported in the Metro newspaper, April 2003 http://www.SATs-Papers.co.uk Arranging numbers 7. Arrange all the numbers 1, 2, 3, 4 and 5 into two groups, so that doubling the sum of the first group gives the sum of the second group. There are three different ways the numbers can be arranged. The first one is done for you. First group Second group 1 5 First group , 2 , 3 , 4 Second group , , First group , Second group , , , 2 marks KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 9 http://www.SATs-Papers.co.uk What shape? 8. In this question, all the grids are square grids. (a) On the grid, draw a triangle with no right angles. 1 mark (b) On the grid, draw a quadrilateral with no right angles. 1 mark (c) How many right angles does the shape on this grid have? Number of right angles: 1 mark KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 10 http://www.SATs-Papers.co.uk Algebra grids 9. Look at this algebra grid. Complete the algebra grids below, simplifying each expression. 1 mark 2 marks KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 11 http://www.SATs-Papers.co.uk 1976 v 2002 10. Look at this information. In 1976, a man earned £ 16 each week. The pie chart shows how he spent his money. Other Clothes Entertainment Rent Food (a) How much did the man spend on food each week? £ 1 mark KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 12 http://www.SATs-Papers.co.uk (b) Now look at this information. In 2002, a man earned £ 400 each week. The table shows how he spent his money. Rent £ 200 Food £ 100 Entertainment £ 50 Other £ 50 Complete the pie chart below to show how the man spent his money. Remember to label each sector of the pie chart. 2 marks KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 13 http://www.SATs-Papers.co.uk Pens 11. Two shops sell packs of pens. Supermarket Village shop Pack of 5 pens Pack of 6 pens £ 6.25 £ 7.20 I want to buy 30 pens. In which shop are the pens cheaper? You must show your working. Tick ( ) your answer. Supermarket Village shop 2 marks KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 14 http://www.SATs-Papers.co.uk Counters 12. (a) Aidan puts 2 white counters and 1 black counter in a bag. He is going to take one counter without looking. What is the probability that the counter will be black? 1 mark (b) Aidan puts the counter back in the bag and then puts more black counters in the bag. He is going to take one counter without looking. The probability that the counter will be black is now 2 3 How many more black counters did Aidan put in the bag? 1 mark KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 15 http://www.SATs-Papers.co.uk From London 13. The scale drawing shows the positions of London and Paris. North London Paris (a) From London to Paris, the angle from north is angle a Measure accurately angle a a= ° 1 mark (b) On the scale drawing, 1cm represents 50 km. What is the distance, in km, from London to Paris? km 1 mark KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 16 http://www.SATs-Papers.co.uk (c) A newspaper printed this information about London and Madrid. From London to Madrid, the angle from north is 195° clockwise. Madrid is 1300 km from London. Show this information on a scale drawing. Use the scale 1cm represents 200 km. The position of London is shown for you. North London 2 marks KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 17 http://www.SATs-Papers.co.uk How many? 14. Work out the number of boys and girls in each class below. (a) In class 8M, there are 27 pupils. There are twice as many boys as girls. Number of boys Number of girls 1 mark (b) In class 8K, there are 28 pupils. There are two more boys than girls. Number of boys Number of girls 1 mark (c) In class 8T, there are 9 boys. The ratio of boys to girls is 1 : 2 Number of boys Number of girls 1 mark KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 18 http://www.SATs-Papers.co.uk Pentagon, Using a calculator 15. Here are three lines on a centimetre square grid. Draw two more lines on the grid to make a pentagon that has an area of 14 cm2 1 mark 16. Use your calculator to work out the answers. (48 + 57) t (61 – 19) = 1 mark 48 + 57 = 61 – 19 KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 1 mark 19 http://www.SATs-Papers.co.uk Tennis prizes 17. Each year, there is a tennis competition in Australia and another one in France. The table shows how much money was paid to the winner of the men’s competition in each country in 2002. Country Money Australia 1 000 000 Australian dollars (£ 1 = 2.70 Australian dollars) France 780 000 Euros (£ 1 = 1.54 Euros) Which country paid more money? You must show your working. Tick ( ) the country that paid more. Australia France 2 marks KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 20 http://www.SATs-Papers.co.uk Enlargement 18. Look at the rectangle drawn on a square grid. Draw an enlargement of this rectangle with scale factor 2 Use point A as the centre of enlargement. A 2 marks KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 21 http://www.SATs-Papers.co.uk Heron of Alexandria 19. About 2000 years ago, a Greek mathematician worked out this formula to find the area of any triangle. For a triangle with sides a, b and c Area = s ( s – a )( s – b )( s – c ) where s = a+b+c 2 A triangle has sides, in cm, of 3, 5 and 6 Use a = 3, b = 5 and c = 6 to work out the area of this triangle. cm2 2 marks KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 22 http://www.SATs-Papers.co.uk Hands 20. Here is some information about all the pupils in class 9A. girls boys right-handed 13 14 left-handed 1 2 A teacher is going to choose a pupil from 9A at random. (a) What is the probability that the pupil chosen will be a girl? 1 mark (b) What is the probability that the pupil chosen will be left-handed? 1 mark (c) The teacher chooses the pupil at random. She tells the class the pupil is left-handed. What is the probability that this left-handed pupil is a boy? 1 mark KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 23 http://www.SATs-Papers.co.uk Screens 21. The screens of widescreen and standard televisions look different. They have different proportions. Widescreen television Standard television Ratio of height to width is 9 : 16 Ratio of height to width is 3 : 4 Keri starts to draw scale drawings of the televisions. For each, the height is 4.5 cm. What should the width of each scale drawing be? The width of this scale drawing 4.5 cm Widescreen television should be cm 1 mark The width of this scale drawing 4.5 cm Standard television should be cm 1 mark KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 24 http://www.SATs-Papers.co.uk Spinning, Number 22. A spinner has the numbers 1 to 4 on it. The probability of spinning a number 4 is 0.1 The probability of spinning a number 1 is 0.6 The probability of spinning a number 2 is the same as the probability of spinning a number 3 Calculate the probability of spinning a number 3 2 marks 23. I think of a number. I multiply this number by 8, then subtract 66 The result is twice the number that I was thinking of. What is the number I was thinking of? 2 marks KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 25 http://www.SATs-Papers.co.uk A level results 24. Here is some information about A levels in 2002. English Mathematics Number of students 72 000 54 000 Percentage gaining grade A 19 % 37% How many more students gained grade A in mathematics than in English? 2 marks KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 26 http://www.SATs-Papers.co.uk Solutions, Simplify 25. Look at this equation. 14 y – 51 = 187 + 4 y Is y = 17 the solution to the equation? Yes No Show how you know. 1 mark 26. Write these expressions as simply as possible. 9 – 3k + 5k = 1 mark k 2 + 2k + 4k = KS3/05/Ma/Tier 4–6/P2 Sourced from SATs-Papers.co.uk 1 mark 27 http://www.SATs-Papers.co.uk END OF TEST © Qualifications and Curriculum Authority 2005 QCA, Key Stage 3 Team, 83 Piccadilly, London W1J 8QA Sourced from SATs-Papers.co.uk http://www.SATs-Papers.co.uk 265281