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EJU Math 2 Syllabus

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Note: the EJU Math 2 syllabus includes the syllabus of EJU Math 1 with the addition of more advanced topics, including more advanced geometry, differentiation and integration.

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1. Numbers and expressions ... Mathematics I

(1) Numbers and sets

1) Real numbers

2) Sets and propositions

(2) Calculation of expressions

1) Expansion and factorization of polynomials

2) Linear inequalities

3) Equations and inequalities containing absolute values

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2. Quadratic functions ... Mathematics I

(1) Quadratic functions and their graphs

1) Variation in values of quadratic functions

2) Maximum and minimum values of quadratic functions

3) Determining quadratic functions

(2) Quadratic equations and inequalities

1) Solutions of quadratic equations

2) Quadratic equations and the graphs of quadratic functions

3) Quadratic inequalities and the graphs of quadratic functions

 

3. Figures and measurements ... Mathematics I

(1) Trigonometric ratios

1) Sine, cosine, tangent

2) Relations between trigonometric ratios

(2) Trigonometric ratios and figures

1) Sine formulas, cosine formulas

2) Measurement of figures (including application to solid figures)

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4. The number of possible outcomes and probability ... Mathematics A

(1) The number of possible outcomes

1) Principles of counting (including the number of elements of a set, the law of sums, the law of

products)

2) Permutations, combinations

(2) Probability and its fundamental properties

(3) Independent trials and probability

(4) Conditional probability

 

5. Properties of integers ... Mathematics A

(1) Divisors and multiples

(2) Euclidean algorithm

(3) Applications of the properties of integers

6. Properties of figures ... Mathematics A

(1) Plane figures

1) Properties of triangles

2) Properties of circles

(2) Solid figures

1) Lines and planes

2) Polyhedrons

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7. Miscellaneous Expressions ... Mathematics II

(1) Expressions and proofs

1) Division of polynomials, fractional expressions, binomial theorem, identities

2) Proofs of equalities and inequalities

(2) Equations of higher degree

1) Complex numbers and solutions of quadratic equations

2) Factor theorem

3) Properties of equations of higher degree and methods of solving them

 

8. Figures and equations ... Mathematics II

(1) Lines and circles

1) Coordinates of a point

2) Equations of (straight) lines

3) Equations of circles

4) Relative positions of a circle and a line

(2) Locus and region

1) Locus defined by an equality

2) Region defined by inequalities

 

9. Exponential and logarithmic functions ... Mathematics II

(1) Exponential functions

1) Expansion of exponents

2) Exponential functions and their graphs

(2) Logarithmic functions

1) Properties of logarithms

2) Logarithmic functions and their graphs

3) Common logarithms

 

10. Trigonometric functions ... Mathematics II

(1) General angles

(2) Trigonometric functions and their basic properties

(3) Trigonometric functions and their graphs

(4) Addition theorems for trigonometric functions

(5) Applications of the addition theorems

11. The concepts of differentiation and integration. ... Mathematics II

 

(1) The concept of differentiation

1) Differential coefficients and derivatives

2) Applications of the derivative

Tangent lines, increase/decrease in function value (variation in the value of functions, maximums

and minimums, local maximums and minimums)

(2) The concept of integration

1) Indefinite integrals and definite integrals

2) Areas

12. Sequences of numbers ... Mathematics B

(1) Sequences and their sums

1) Arithmetic progressions and geometric progressions

2) Various sequences

(2) Recurrence formulae and mathematical induction

1) Recurrence formulae and sequences

2) Mathematical induction

13. Vectors ... Mathematics B

(1) Vectors on a plane

1) Vectors and their operations

2) Scalar products (inner products) of vectors

(2) Space coordinates and vectors

1) Space coordinates

2) Vectors in a space

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14. Complex plane ... Mathematics III

(1) Complex plane

1) Geometric representation of complex numbers

2) Trigonometric form (polar form) of complex numbers

(2) De Moivre's theorem

(3) Complex numbers and figures

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15. Curves on a plane ... Mathematics III

(1) Quadratic curves

Parabolas, ellipses, hyperbolas

(2) Parametric representations

(3) Representation in polar coordinates

16. Limits ... Mathematics III

(1) Sequences and their limits

1) Limits of sequences

2) Sums of infinite series

(2) Functions and their limits

1) Fractional functions and irrational functions

2) Composite functions and inverse functions

3) Limits of functions

4) Continuity of functions

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17. Differential calculus ... Mathematics III

(1) Derivatives

1) Derivatives of the sum/difference/product/quotient of two functions

2) Derivatives of composite functions, derivatives of inverse functions

3) Derivatives of trigonometric functions, exponential functions, logarithmic functions

(2) Applications of the derivative

Tangent lines, increase/decrease in value of functions, velocity, acceleration

18. Integral calculus ... Mathematics III

(1) Indefinite and definite integrals

1) Integrals and their basic properties

2) Integration by substitution, integration by parts

3) Integrals of various functions

(2) Applications of the integral

Area, volume, length

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