QUESTION 6:   The cuboid has a volume of 120 cm³….

QUESTION 6:   The cuboid has a volume of 120 cm³.     RIGHT Click on the blue button to view the cuboid         6.1) Calculate the height of the cuboid. (2) 6.2) Use your answer from 6.1 to calculate the surface area of the cuboid, include units for your answer. (3)

QUESTION 8:   Here is a sequence of patterns made from…

QUESTION 8:   Here is a sequence of patterns made from dots     RIGHT Click on the blue button to view the pattern         8.1) Draw Pattern number 4 identifying the sequence of dots. (1) 8.2) Complete the table: Pattern number 1 2 3 4 5 Number of dots 4 8 12 a b   (1) 8.3) Work out the number of dots in Pattern number 13. (2) 8.4) Find an expression, in terms of n, for the number of dots in Pattern number n. (1) 8.5) There are fewer than 90 dots in Pattern number k. What is the largest possible value of k? (2)

QUESTION 3:     RIGHT Click on the blue button to vi…

QUESTION 3:     RIGHT Click on the blue button to view the diagram to answer the questions below:         3.1) Write down the size of the angle marked a, giving a reason for your answer. (2) 3.2) Calculate the size of the angle marked b. Give a reason for your answer. (3)

QUESTION 9:   The two-way table shows some informati…

QUESTION 9:   The two-way table shows some information about where 50 people went for their last holiday.   9.1) Complete the table: Use the letters a – f     UK Africa USA Total Male a b 2 23 Female 16 9 c d Total e 16 f 50     (3) 9.2) What percentage of these 50 people were female and went on holiday in Africa? (2) 9.3) What percentage of males went on holiday? (2)

QUESTION 7:   A car park has 880 parking spaces.  …

QUESTION 7:   A car park has 880 parking spaces.   7.1) Some of the spaces are reserved. The ratio of reserved spaces: not reserved spaces = 1 : 10. Work out the number of spaces that are not reserved. (2) 7.2) 25% of the 880 spaces are on the top floor. Work out the number of spaces that are on the top floor. (1) 7.3) At 06:00 one morning,  of the 880 spaces are filled. By 06:30, no cars have left the car park but another  of the 880 spaces are filled. Work out the fraction of the 880 spaces that are empty at 06:30. (3)   The cost of each visit to the car park is shown in the table.   Length of visit Cost (£) Up to 20 minutes Free More than 20 minutes and up to 2 hours 3.50 More than 2 hours and up to 4 hours 6.50 More than 4 hours and up to 8 hours 12.50 More than 8 hours and up to 24 hours 16.00   7.4) Samantha arrives at 11:40 and leaves at 15:30. Find the cost of her visit. (1) 7.5) Radhika leaves the car park at 17:50 and pays £12.50   7.5.1) Work out the earliest time she could have arrived at the car park. (1) 7.5.2) Work out the change she receives from a £20 note. (1) 7.6) Jayden bought a weekly car park ticket for £36. That week, he visited the car park four times. These are the lengths of time he parked his car for. 17 minutes;  hours; 11 hours; hours Work out how much he saved by buying a weekly ticket. (3)