A Level · Mathematics · 9709

A Level Mathematics (9709) topical questions with answers

Every A Level Mathematics topic, with free past-paper-style questions and full mark schemes. Pick a chapter to practise its questions, or generate a complete 9709-format paper in seconds, from easy warm-ups to A*-level "brutal" papers.

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A Level Mathematics questions by topic

Practice papers in the real 9709 format

Paper 3 · Pure Mathematics 3 (75 marks · 1h 50m); Paper 4 · Mechanics (50 marks · 1h 15m); Paper 5 · Probability & Statistics 1 (50 marks · 1h 15m); Paper 6 · Probability & Statistics 2 (50 marks · 1h 15m).

Sample A Level Mathematics questions

A mixed set from across the syllabus. Questions marked A* challenge come from the hardest bank.

Question 1Structured · 12 marksA* challenge

For n ≥ 0, let In = ∫0π/4 tann x dx.

(a)

Show that, for n ≥ 2, In + In − 2 = 1n − 1.

[4]
(b)

Prove that, for n ≥ 2, 12(n + 1) < In < 12(n − 1).

[4]
(c)

Hence show that 982315 < π < 334105.

[4]
Show answers and mark scheme
PartAnswer and marking pointsMarks
(a)tann − 2 x(tan2 x + 1) = tann − 2 x sec2 x
In + In − 2 = ∫ tann − 2 x sec2 x dx M1
substitution u = tan x (or recognising the derivative) M1
1n − 1tann − 1 x between 0 and π4 A1
= 1n − 1 A1
4
(b)In + 2 < In < In − 2
0 < tan x < 1 on 0 < x < π4, so In + 2 < In B1
In + In − 2 = 1n − 1 with In < In − 2 gives In < 12(n − 1) M1
In + 2 + In = 1n + 1 with In + 2 < In gives In > 12(n + 1) M1
both inequalities fully justified A1
4
(c)I8 = π4 − 76105; 118 < I8 < 114
I0 = π4 and repeated use of (a) M1
I8 = π4 − 76105 A1
n = 8 in (b): 118 < π4 − 76105 < 114 M1
rearranged to the given result A1
4
Question 2Structured · 8 marksA* challenge

A chord AB of a circle with centre O and radius r divides the circle into two regions whose areas are in the ratio 1 : 5. Angle AOB = θ radians.

(a)

Show that θ = sin θ + π3.

[3]
(b)

Show by calculation that the equation has a root between 1.9 and 2.0.

[2]
(c)

Use the iterative formula θn+1 = ½(θn + sin θn + π3) with θ1 = 2 to find θ correct to 3 decimal places. Give the result of each iteration to 5 decimal places.

[3]
Show answers and mark scheme
PartAnswer and marking pointsMarks
(a)½r2(θ − sin θ) = 16πr2
segment area = ½r2θ − ½r2 sin θ M1
equated to πr26 M1
rearranged to the given form A1
3
(b)sign change of θ − sin θ − π3 between 1.9 and 2.0
evaluate θ − sin θ − π3 at both ends: −0.093 and 0.044 M1
sign change and conclusion A1
2
(c)1.969 (1.97825, 1.97179, 1.96983, 1.96923, 1.96905, …)
uses the iteration correctly at least once M1
obtains final answer after sufficient iterations to justify accuracy to 3 d.p. M1
1.969 A1
3
Question 3Structured · 5 marks

A particle starts from rest at O and moves in a straight line with acceleration a = (4 − 2t) m s−2.

(a)

Find the velocity when the acceleration is zero.

[3]
(b)

Find the displacement from O at this time.

[2]
Show answers and mark scheme
PartAnswer and marking pointsMarks
(a)4 m s−1
integrate a M1
v = 4t − t2 A1
t = 2: v = 4 A1
3
(b)163 m
integrate v M1
163 A1
2
Question 4Structured · 5 marks

The line l has equation r = 302 + λ-1-11.

(a)

Show that the point P(2, -1, 3) lies on l.

[2]
(b)

Find the acute angle between l and the x-axis.

[3]
Show answers and mark scheme
PartAnswer and marking pointsMarks
(a)λ = 1
equate components M1
λ = 1 consistent A1
2
(b)54.7°
scalar product with i M1
moduli M1
54.7° A1
3
Question 5Structured · 4 marks

Solve the equation 32x − 28(3x) + 27 = 0, giving exact answers.

[4]
Show answers and mark scheme
PartAnswer and marking pointsMarks
x = 0, x = 3
u = 3x M1
u2 − 28u + 27 = 0 A1
u = 1, u = 27 A1
x = 0, x = 3 A1
4
Question 6Structured · 5 marks

The number of calls to a helpline in a 5-minute period has the distribution Po(2.7).

(a)

Find the probability of exactly 3 calls in a 5-minute period.

[2]
(b)

Find the probability of at least 2 calls in a 10-minute period.

[3]
Show answers and mark scheme
PartAnswer and marking pointsMarks
(a)0.22
e−2.7 × 2.73 ÷ 3! M1
0.22 A1
2
(b)0.971
λ = 5.4 B1
1 − P(0) − P(1) M1
0.971 A1
3

Frequently asked questions

Are these real 9709 past paper questions?

No. They are original questions written to match the A Level Mathematics 9709 syllabus and the style of real Cambridge papers, so you can practise beyond the past papers you have already done.

Do the Mathematics questions have answers?

Yes. Every question on these pages has its answer, and every generated paper comes with a full Cambridge-style mark scheme you can download as a PDF.

Can I make a full A Level Mathematics practice paper?

Yes. Choose the paper (Paper 3 Pure Mathematics 3, Paper 4 Mechanics, Paper 5 Probability & Statistics 1, Paper 6 Probability & Statistics 2), the topics, the marks and the difficulty, and the generator builds a fresh paper with the same number and style of questions as the real exam.

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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