- In Numbers and Operations, students will learn to distinguish between rational and irrational numbers, apply the laws of exponential proportions to simplify exponential quantities, and solve real-life problems involving percentages.
- In Patterns, Algebra, and Functions, students will learn about special cases of multiplying algebraic quantities, analyzing algebraic quantities into their factors, expressing algebraic quantities in their simplest form, solving linear inequalities and representing their solutions on the number line, and solving systems of linear equations with two variables by substitution and elimination.
- In Geometry and Metrics, students will learn to apply the Pythagorean theorem and its converse to solve real-life problems. find the slope of a straight line, determine the equation of a straight line using various methods, determine the relationship between the slopes of parallel and perpendicular lines, prove congruence of triangles using multiple congruence cases, identify properties of congruent triangles, determine similar triangles using similarity criteria (AA, SSS, SAS), properties of sides, angles, and diagonals of parallelograms and their special cases, Draw the image of a polygon under the influence of dilation in the coordinate plane. Draw three-dimensional shapes using isometric drawing and orthographic projection; determine the shape resulting from the intersection of a solid with a plane and the number of symmetrical levels of solids; and find the surface area and volume of a sphere.
- In Data Analysis and Probability, students will learn to represent data with a two-way frequency table and interpret it, choose the most appropriate representation for a set of data, find the sample space for a random experiment, and find the probability of a compound event.
- Solve complex mathematical problems.
- Apply mathematical concepts in real-life contexts.