Egypt (EN)

Egyptian National Curriculum - English


Mathematics - 2nd term - G10

  • Overview
  • Chapters

Mathematics - 2nd term - G10

  • 1: Algebra, Matrices
    1.1: Algebra, Matrices
    1.1.1: Introduction to Matrices
    1.1.2: Types of Matrices
    1.1.3: Equal Matrices
    1.1.4: Scalar Multiplication of Matrices
    1.1.5: Transpose of a Matrix
    1.1.6: Adding and Subtracting Matrices
    1.1.7: Matrix Multiplication
    1.1.8: Properties of Matrix Multiplication
    1.1.9: Matrix Operations
    1.1.10: Power of a Matrix
    1.1.11: Two-by-Two Determinants
    1.1.12: Three-by-Three Determinants
    1.1.13: Properties of Determinants
    1.1.14: Using Determinants to Calculate Areas
    1.1.15: Cramer’s Rule
    1.1.16: Inverse of a 2 × 2 Matrix
    1.1.17: Representing a System of Two Equations in Matrix Form
    1.1.18: Solving a System of Two Equations Using a Matrix Inverse
  • 2: Algebra, Linear Programing
    2.1: Algebra, Linear Programing
    2.1.1: Two-Variable Linear Inequalities
    2.1.2: Solving Systems of Linear Inequalities
    2.1.3: Applications on Systems of Inequalities
    2.1.4: Linear Programming
  • 3: Analytic Geometry, Vectors
    3.1: Analytic Geometry, Vectors
    3.1.1: Scalars, Vectors, and Directed Line Segments
    3.1.2: Components of a Vector
    3.1.3: Magnitude of a 2D Vector
    3.1.4: Adding and Subtracting Vectors in 2D
    3.1.5: Properties of Operations on Vectors
    3.1.6: Vectors in Terms of Fundamental Unit Vectors
    3.1.7: Polar Form of a Vector
    3.1.8: Parallel and Perpendicular Vectors in 2D
    3.1.9: Vector Operations in 2D
    3.1.10: Graphical Operations on Vectors
    3.1.11: Geometric Applications of Vectors
    3.1.12: Vectors Applications
  • 4: Analytic Geometry, Straight Line
    4.1: Analytic Geometry, Straight Line
    4.1.1: Partitioning a Line Segment on the Coordinate Plane
    4.1.2: Equation of a Straight Line: Standard and Point–Slope Forms
    4.1.3: Equation of a Straight Line: Vector Form
    4.1.4: Equation of a Straight Line: Parametric Form
    4.1.5: Equation of a Straight Line: General Form
    4.1.6: Equation of a Straight Line: Two-Intercept Form
    4.1.7: Angle between Two Straight Lines in the Coordinate Plane
    4.1.8: Perpendicular Distance from a Point to a Line on the Coordinate Plane
    4.1.9: Intersection Point of Two Straight Lines on the Coordinate Plane
  • 5: Trigonometry
    5.1: Trigonometry
    5.1.1: Simplifying Trigonometric Expressions
    5.1.2: Simplifying Trigonometric Expressions Using Trigonometric Identities
    5.1.3: Evaluating Trigonometric Functions Using Pythagorean Identities
    5.1.4: Simple Trigonometric Equations
    5.1.5: Solving a Trigonometric Equation
    5.1.6: Right Triangle Trigonometry: Solve for a Side
    5.1.7: Right Triangle Trigonometry: Solve for an Angle
    5.1.8: Angles of Elevation and Depression
    5.1.9: Arc Lengths and Sectors
    5.1.10: Areas of Circular Segments
    5.1.11: Finding the Area of Triangle Using Trigonometry
    5.1.12: Areas of Regular Polygons

As education evolves, mydrasa is at the forefront, shaping tomorrow's schooling experience.

Subscribe to our

Don't miss any news. We will also notify you with new features as they are launched.