🎓 Edexcel International GCSE
📐 IGCSE Mathematics
Complete resource hub for Specification A (4MA1) and Specification B (4MB1)
2 Specifications
2 Papers Each
9-1 Grading Scale
100% Exam Board Aligned
⚖️ Specification A vs B: Key Differences
| Feature | Mathematics A (4MA1) | Mathematics B (4MB1) |
|---|---|---|
| Tiers Available | Foundation (grades 5-1) and Higher (grades 9-4, grade 3 allowed) | Higher Tier only (grades 9-4, grade 3 allowed) |
| Number of Papers | 2 papers | |
| Paper 1 Duration | 2 hours (both tiers) | 1 hour 30 minutes |
| Paper 2 Duration | 2 hours (both tiers) | 2 hours 30 minutes |
| Paper Weighting | Each paper: 50% | Paper 1: 33.3% | Paper 2: 66.7% |
| Total Marks | 100 marks per paper (200 total) | |
| Question Style | Balanced mix throughout | Paper 1: 26-30 shorter questions Paper 2: 11-12 longer questions |
| Content Focus | Core topics: Number, Algebra, Geometry, Statistics | Extended topics including matrices, calculus, factor theorem, advanced vectors |
| Difficulty | Broader range of abilities | More mathematically advanced |
| Availability | Widely available internationally | Less commonly offered |
💡 Key Insight: Mathematics B covers more advanced topics and is recommended for students with a strong mathematical aptitude who are considering Further Mathematics or STEM university courses.
📘 Mathematics A (4MA1) - Topics Covered
🔢 Number
- Integers, decimals, fractions, percentages
- Index laws, roots, surds (Higher only)
- Standard form, ratio, proportion
- Set notation, Venn diagrams, prime factorisation
📐 Algebra
- Algebraic notation, manipulation, index rules
- Linear and quadratic equations
- Inequalities, simultaneous equations
- Function notation, transformations (Higher only)
- Direct and inverse proportion, arithmetic series
📈 Sequences, Functions & Graphs
- Generate terms and nth terms of sequences
- Linear, quadratic, cubic and trigonometric graphs
- Gradients, midpoints, intercepts
- Differentiation for rates of change (Higher only)
📐 Geometry
- Angle properties of lines, triangles, polygons, circles
- Congruence, symmetry, constructions
- Pythagoras' theorem and trigonometry (including 3D)
- Perimeter, area, surface area, volume
🔄 Vectors & Transformation Geometry
- Column vectors, magnitude, direction
- Reflection, rotation, enlargement, translation
- Vector proofs (Higher only)
📊 Statistics & Probability
- Bar charts, pie charts, histograms, cumulative frequency
- Mean, median, mode, range, IQR
- Probability rules, tree diagrams, Venn diagrams
- Conditional probability
📗 Mathematics B (4MB1) - Topics Covered
🔢 Number & Sets
- Operations, factors, multiples, indices
- Surds, rational/irrational numbers
- Standard form, bounds, proportion
- Set notation, Venn diagrams, complements
📐 Algebra & Functions
- Quadratic and cubic equations, factor theorem
- Algebraic fractions, simultaneous equations
- Function notation, domain/range, composites, inverses
- Direct/inverse variation, coordinate geometry
- Differentiation and application to kinematics
📊 Matrices
- Basic operations (addition, multiplication, scalar)
- Identity and inverse (2×2 only)
- Matrix transformations, determinants
📐 Geometry & Mensuration
- Angle properties, triangle congruence/similarity
- Circle theorems, cyclic quadrilaterals
- Area, volume (cones, spheres, prisms)
- Arc length, sector area
🔄 Vectors & Transformation Geometry
- Vector notation, addition, scalar multiplication
- Collinearity, matrix transformations
📐 Trigonometry
- Sine, cosine, tangent rules and graphs
- Bearings, elevation/depression
- 2D/3D problems
📊 Statistics & Probability
- Bar/pie/histogram graphs
- Mean/median/mode, grouped data
- Probability rules, expected frequency
- Conditional and independent events, tree diagrams
📊 Grade Boundaries (2026)
Typical grade boundaries for Edexcel IGCSE Mathematics
| Grade | Percentage | Marks (out of 200) | Description |
|---|---|---|---|
| 9 | 90%+ | 180+ | Outstanding performance — top 5% of candidates |
| 8 | 80–89% | 160–179 | Excellent understanding of all topics |
| 7 | 70–79% | 140–159 | Good understanding with some areas of strength |
| 6 | 60–69% | 120–139 | Satisfactory understanding of core concepts |
| 5 | 50–59% | 100–119 | Basic understanding of fundamental topics |
| 4 | 40–49% | 80–99 | Minimum pass — meets basic requirements |
📌 Note: Grade boundaries vary slightly each session. These are typical boundaries — check the official Pearson Edexcel website for exact boundaries.
📅 Study Routine (4 PM – 5 PM)
Daily 1-hour focused study session for IGCSE Mathematics mastery
4:00 – 5:00 PM
📐 Mathematics Mastery Hour
Focused, structured study session designed for maximum retention
- 🔹 0-10 mins: Warm-up — 5 quick starter questions
- 🔹 10-40 mins: Core Focus — New concept or topic practice
- 🔹 40-50 mins: Exam-Style Practice — 2-3 past paper questions
- 🔹 50-60 mins: Review — Check answers, identify mistakes, make notes
💡 Pro Tip: Consistency is key! Even 1 hour daily is more effective than 5 hours once a week. Use the first 10 minutes to review yesterday's work.
📖 Resources Library
📋 Official Specifications
📝 Past Papers
"Mathematics is not about numbers, equations, computations, or algorithms: it is about understanding. Every great mathematician was once a student who refused to give up. Your journey to Grade 9 starts with one step — and you've already taken it."
🚀 Next Movement
Your next steps after mastering IGCSE Mathematics
Further Mathematics
Take your mathematical skills to the next level with Edexcel IGCSE Further Mathematics.
Explore Further Maths →A-Level Mathematics
Continue your mathematical journey with AS/A-Level Mathematics at APEIRON.
View A-Level Maths →Global University Admissions
Plan your university applications with our comprehensive admissions guide.
View Guide →South Asia Admissions Guide
Explore top universities in Bangladesh, India, and Pakistan.
View Guide →STEM University Courses
Explore engineering, computer science, and other STEM pathways.
View All Courses →❓ Frequently Asked Questions
Which specification should I choose?
Mathematics A is suitable for a broader range of abilities with Foundation and Higher tiers. Mathematics B is designed for students with strong mathematical aptitude and is Higher tier only. Choose B if you are confident in mathematics and considering further mathematics or STEM at A-Level.
Can I use a calculator in the exams?
Yes, calculators are allowed in all papers. For Mathematics A, the use of a calculator is permitted in both papers. For Mathematics B, calculators are also allowed in both papers, and a formula sheet is provided for Paper 2.
What is the grading scale?
Both specifications use the 9-1 grading scale. Grade 9 is the highest, and grade 1 is the lowest. For Mathematics A Foundation tier, grades 5-1 are available; for Higher tier, grades 9-4 (grade 3 allowed). Mathematics B is Higher tier only, awarding grades 9-4 (grade 3 allowed).
What is the difference between linear and modular?
The linear qualification requires all exams to be taken at the end of the course in the same series. The modular version (available for Maths A from 2024) allows students to take exams at the end of each unit, offering more flexibility and resit opportunities.
How many marks do I need for a Grade 9?
For a Grade 9, you typically need 90%+ (180+ out of 200 marks). However, grade boundaries vary each session, so check the official boundaries for your exam series.
What resources does APEIRON provide?
APEIRON provides comprehensive resources including syllabus-mapped notes, topic-wise worksheets, full-length practice papers, past papers by chapter, video tutorials, and interactive quizzes. All resources are available in our Resource Library above.
🔗 Related Pages
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