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Angles

Free Printable Angles PDF Worksheets, Revision Guide & GCSE Past Paper Questions (Grade 2)

Download free angles worksheets (PDF), GCSE maths past paper questions and worked solutions for Angles (2K). This is a Grade 2 geometry topic from the GCSE questions by topic collection for Foundation and Higher tier GCSE Maths (Edexcel, AQA, OCR and IGCSE).

The free PDF worksheets table below brings together printable question booklets (Qs) and worked answers or mark schemes (Ans) from Maths Genie, Corbett Maths, Dr Frost, Naiker Maths, Dr Austin, Dr Frost (B. Blocks), Maths4EveryOne, Metatutor, GCSE Maths Rocket, E Classroom and PMT, along with past paper question booklets.

Below the worksheet links you can read our angles revision notes and worked examples with diagrams, try real GCSE past paper angles questions with step-by-step solutions, or download a PDF of all angles worksheet links.

Free Angles PDF Worksheets & Answers

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GCSE Maths Grade 2 Revision Notes & Method

Guide to Angles: Explanation, Diagrams & Worked Examples

Download Printable One Page Guide (PDF)

Explanation:

Memorise the five core angle facts and their exact wording for “give a reason” questions: (1) Angles on a straight line add up to 180°; (2) Angles around a point add up to 360°; (3) Vertically opposite angles are equal; (4) Angles in a triangle add up to 180°; and (5) Angles in a quadrilateral add up to 360°.

In an isosceles triangle, the two equal sides are marked with tick marks, and the base angles opposite those equal sides are equal.

Example 1: Find the size of angle x on the straight line below.

48° x 65°
• Angles on a straight line add up to 180°:
• 48° + 65° = 113° → x = 180° − 113° = 67°

Example 2: An isosceles triangle has a top angle of 46° between its two equal sides. Find the base angle y.

46° y y
• Remaining angle sum: 180° − 46° = 134°
• Base angles are equal: y = 134° ÷ 2 = 67°
Scanned GCSE Exam Questions & Worked Solutions

GCSE Past Paper Angles Questions & Answers

Past Paper Example 1 GCSE Jun 2025 2F Q9 3 marks
PQR is a straight line.
PQR85°30°x°
(i) Work out the value of x. [2 marks]
(ii) Give a reason for your answer. [1 mark]
Worked Solution & Mark Scheme (3 marks)
Part (i) Solution:
x = 180 – 85 – 30 = 65 M1 A1
Answer (i): x = 65
Part (ii) Solution:
Angles on a straight line add up to 180°
Answer (ii): Angles on a straight line add up to 180°
Past Paper Example 2 GCSE Nov 2022 3F Q13 3 marks
ABCD is a quadrilateral.
ABCD120°120°80°x
(a) Work out the size of angle x. [1 mark]
Give a reason for your answer. [1 mark]
(b) The diagram is wrong.
Explain why.
[1 mark]
80°60°50°
Worked Solution & Mark Scheme (3 marks)
Part (a) Solution:
360 – (120 + 120 + 80) = 40° B1
Answer (a): 40
Part Solution:
Angles in a quadrilateral add up to 360°
Answer : Angles in a quadrilateral add up to 360°
Part (b) Solution:
80 + 60 + 50 = 190° C1
Answer (b): Angles in a triangle add up to 180°, but 80 + 60 + 50 = 190°
Past Paper Example 3 AQA Jun 2019 3F Q10 4 marks
In rectangle ABCD
triangle ABE is equilateral
triangle CDE is isosceles, with CE = DE
Not drawnaccurately65°xABCDE
Work out the size of angle x.
Worked Solution & Mark Scheme (4 marks)
In equilateral triangle ABE, each angle is 60°, so ∠ AEB = 60° M1
In isosceles triangle CDE, ∠ EDC = 65°, so ∠ ECD = 65°
Therefore, ∠ DEC = 180° - (65° + 65°) = 50° M1
By symmetry, ∠ AED = ∠ BEC = x
The angles around point E sum to 360°: M1
∠ AEB + ∠ BEC + ∠ DEC + ∠ AED = 360°
60° + x + 50° + x = 360°
2x + 110° = 360° ⇒ 2x = 250° ⇒ x = 125°. A1
Answer: Answer 125 degrees

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