The syllabus in this document is meant as a guide for Singa Math Global Finals. It is important to note that the scope of the contest is not limited to this syllabus.
Singa reserves the rights to change the syllabus without any prior notice.

### Singa Global Finals Syllabus

1. Numbers up to 100
2. Addition & subtraction within 100
3. Money
4. Time
5. Length
6. 2D Shape
7. Picture graph
1. Numbers up to 1000
2. Addition & Subtraction within 1000
3. Multiplication and Division of 2,3,4,5 &10
4. Length
5. Mass
6. Volume
7. Money
8. Fractions
9. Time
10. Picture Graphs 11. 2-D & 3-D Shapes
11. Heuristics
1. Numbers up to 100 000
2. Factors and Multiples
3. 4 Operations of Whole Numbers within 100 000
4. Fractions
5. Decimals
6. Time
7. Area and Perimeter
8. Angles
9. Properties of Rectangles and Squares
10. Line Symmetry
11. Tables, Bar Graphs & Line Graphs
12. Money
13. Length, Mass and Volume
14. Parallel and Perpendicular Lines
15. Heuristics
1. Numbers up to 10 million
2. 4 Operations of Whole Numbers within 10 million
3. 4 Operations of Fractions
4. 4 Operations of Decimals
5. Ratio
6. Percentage
7. Area and Perimeter of Composite Figures
8. Angles
9. Properties of Triangles & Quadrilaterals
10. Volume of Cube and Cuboid
11. Rate and Speed
12. Average
13. Algebra
14. Pie Graphs
15. Nets Solid Figures
16. Heuristics
1. 4 Operations of Numbers
2. Ratio & Proportion
3. Percentage
4. Rate & Speed
5. Algebraic Expressions & Formulae
6. Functions & Graphs
7. Equations and Inequalities
8. Angles, Triangles and Polygons
9. Congruence and Similarity
10. Pythagoras’ Theorem
11. Mensuration
12. Data Analysis
1. Numbers and Number Patterns
2. Angles and Polygons
3. Mensuration, Arc Length and Area of Sector
4. Equations, Functions and Polynomials
5. Inequalities
6. Indices and Surds
7. Coordinate Geometry and Circles
8. Pythagoras' Theorem, Further Trigonometry and Applications of Trigonometry
9. Trigonometric Functions, Identities and Equations
10. Congruence and Similarity, Area and Volume of Similar Figures and Solids
11. Geometry and Properties of Circles
12. Set Language and Notation
13. Probability
14. Statistical Data Analysis
15. Vectors in Two Dimensions
16. Binomial Theorem
17. Matrices 