IGCSE · Additional Mathematics 0606 · P2

IGCSE Additional Mathematics Paper 2 · Calculator practice papers

80 marks · 2h. Each generated paper follows the 0606 Paper 2 · Calculator format, with the same number and style of questions as the real exam, and comes with a Cambridge-style mark scheme.

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Sample Paper 2 · Calculator questions

Question 1Structured · 6 marksA* challenge

The line y + 4x = 8 meets the curve xy = 4 at the points A and B.

Find the coordinates of A and B and the length of AB.

[6]
Show answers and mark scheme
PartAnswer and marking pointsMarks
(1, 4), (1, 4); 0
substitute y = 8 − 4x M1
4x2 − 8x + 4 = 0 A1
solve M1
(1, 4) and (1, 4) A1
distance formula M1
0 A1
6
Question 2Structured · 4 marksA* challenge

Find the area enclosed between the curve y = x2 − 7x + 10 and the x-axis.

[4]
Show answers and mark scheme
PartAnswer and marking pointsMarks
92
roots x = 2 and x = 5 B1
integrate M1
substitute limits M1
92 A1
4
Question 3Structured · 3 marks
(a)

Solve x2 − 4 > 0.

[3]
Show answers and mark scheme
PartAnswer and marking pointsMarks
(a)x < −2, x > 2
factorise / critical values M1
−2 and 2 A1
x < −2, x > 2 A1
3
Question 4Structured · 3 marks

Find the values of k for which the line y = kx + 1 is a tangent to the curve y = x2 + 17.

[3]
Show answers and mark scheme
PartAnswer and marking pointsMarks
k = ±8
x2 − kx + 16 = 0 M1
b2 − 4ac = 0: k2 = 64 M1
k = ±8 A1
3
Question 5Structured · 8 marks
(a)

Express 3x2 + 18x + 32 in the form a(x + b)2 + c.

[3]
(b)

Hence write down the minimum value of the expression and the value of x at which it occurs.

[2]
(c)

Find the set of values of k for which x2 + kx + 25 = 0 has no real roots.

[3]
Show answers and mark scheme
PartAnswer and marking pointsMarks
(a)3(x + 3)2 + 5
a = 3 B1
b = 3 B1
c = 5 B1
3
(b)minimum 5 at x = −3
5 B1
x = −3 B1
2
(c)−10 < k < 10
k2 − 4(25) < 0 M1
critical values ±10 A1
−10 < k < 10 A1
3
Question 6Structured · 6 marks
(a)

The 3rd term of an arithmetic progression is 21 and the 10th term is 56. Find the first term, the common difference and the sum of the first 20 terms.

[4]
(b)

A geometric progression has first term 79 and common ratio 0.5. Find the sum to infinity.

[2]
Show answers and mark scheme
PartAnswer and marking pointsMarks
(a)a = 11, d = 5, S20 = 1170
Two equations formed M1
d = 5 A1
a = 11 A1
S20 = 1170 A1
4
(b)158
a ÷ (1 − r) M1
158 A1
2

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Original Cambridge-style practice questions written for mentorriyaz.in. These are not Cambridge past paper questions, and this site is not affiliated with or endorsed by Cambridge University Press & Assessment. Updated 2026-11-04. Paper generator · mentorriyaz.in