May/June 2026 Paper 21

2026 · 26 questions · 43 parts · 100 marks

0/100 marks
0Correct0Partial0Wrong43Unattempted
Filters0 active

Questions

Select a part to jump to its question

Finish set
Q1
1
–/1 mk
Q2
2
–/2 mks
Q3
3
–/2 mks
Q4
4
–/2 mks
Q5
5(a)5(b)
–/3 mks
Q6
6
–/2 mks
Q7
7
–/2 mks
Q8
8(a)8(b)8(c)
–/8 mks
Q9
9
–/1 mk
Q10
10(a)10(b)
–/3 mks
Q11
11(a)11(b)(i)11(b)(ii)
–/6 mks
Q12
12
–/2 mks
Q13
13(a)13(b)
–/4 mks
Q14
14(a)(i)14(a)(ii)14(b)
–/5 mks
Q15
15
–/4 mks
Q16
16
–/2 mks
Q17
17(a)17(b)
–/5 mks
Q18
18
–/2 mks
Q19
19
–/2 mks
Q20
20
–/4 mks
Q21
21(a)21(b)21(c)21(d)
–/9 mks
Q22
22
–/3 mks
Q23
23
–/3 mks
Q24
24(a)24(b)
–/9 mks
Q25
25(a)(i)25(a)(ii)25(b)
–/7 mks
Q26
26(a)26(b)
–/7 mks
Context for question 14
The cumulative frequency diagram shows information about the amount of time 60 students spend watching television on one day.
Cumulative frequency curve for time t hours from 0 to 6 against cumulative frequency 0 to 60, rising steeply between 2 and 3 hours and reaching 60 at 6 hours.
Context for 14(a)
Find an estimate for
14(a)(i)Histograms Cumulative Frequency Box PlotsEasy1 mark
the median

Answer

14(a)(ii)Histograms Cumulative Frequency Box PlotsMedium2 marks
the interquartile range.

Answer

14(b)Histograms Cumulative Frequency Box PlotsMedium2 marks
Use the cumulative frequency diagram to complete this frequency table.
time spent watching television (hours)frequency
7
9
4
2