Cambridge IGCSE · 0580 · Paper 2 · Extended · short answer
Mathematics 0580/22 Feb/March 2020 past paper
Cambridge IGCSE Mathematics (0580) Paper 2 (Extended · short answer), variant 2, Feb/March 2020: the question paper and its official mark scheme, 21 questions worth 70 marks. Free to open, no account needed.
- Questions
- 21
- Marks
- 70
File names: 0580_m20_qp_22 · 0580_m20_ms_22
Topics in this paper
Which syllabus chapters 0580/22 Feb/March 2020 tested, by marks. Each chapter links to every past-paper question on it.
Questions in 0580/22 Feb/March 2020
- Question 1
3.56 5 196 8 7 12 From the list, write down a number that is (a) a multiple of …
- Question 2
The number of people swimming in a pool is recorded each day for 12 days. …
- Question 3
Point A has coordinates (6, 4) and point B has coordinates (2, 7). Write AB as a column vector. AB …
- Question 4
Find the interior angle of a regular polygon with 24 sides.
- Question 5
Without using a calculator, work out …
- Question 6
The table shows the marks scored by 40 students in a test. Mark …
- Question 7
8.5 cm 10.8 cm NOT TO SCALE The diagram shows a right-angled triangle. (a) Calculate the area. cm2 (b) Calculate the perimeter. cm
- Question 8
- Question 9
(a) Factorise completely. x xy …
- Question 10
Sketch the graph of each function. …
- Question 11
- Question 12
The population of a town decreases exponentially at a rate of 1.7% per year. The population now is 250 000. Calculate the population at the end of 5 years. Give your answer correct to the nearest hundred.
- Question 13
Write the recurring decimal .0 26o as a fraction. You must show all your working.
- Question 14
The box-and-whisker plot gives information about the heights, in centimetres, of some plants. …
- Question 15
- Question 16
Solve the simultaneous equations. You must show all your working. …
- Question 17
A is the point (3, 5) and B is the point …
- Question 18
A car travels at a constant speed. It travels a distance of 146.2 m, correct to 1 decimal place. This takes 7 seconds, correct to the nearest second. Calculate the upper bound for the speed of the car. m/s
- Question 19
- Question 20
- Question 21