TERM 3 | WEEK 1

• Illustrate similarity of polygon

• Illustrate and apply triangle similarity theorems in different situations.

TERM 3 | WEEK 2

• Solve problems involving triangle similarity.

• Solve problems involving measures of sides and angles of special triangles (30-60-90, 45-45-90).

TERM 3 | WEEK 3

• Illustrate real-life situations that involve direct variation and real-life situations that involve inverse variation.

TERM 3 | WEEK 4

• Translate a relationship between two quantities into a variation statement and/or a mathematical equation, given a table of values or a graph.

• Solve problems involving variation.

TERM 3 | WEEK 5

• Solve problems involving the perpendicular bisector theorem, isosceles triangle theorem, theorems on equilateral triangles, and the midline theorem.

• Explain theorems on triangle inequalities and apply these theorems in comparing measures in a triangle.

TERM 3 | WEEK 6

• Determine the values of the sine, cosine, and tangent trigonometric ratios corresponding to the angles of the special triangles.

• Find the values of the sine, cosine, and tangent ratios of any acute angle.

TERM 3 | WEEK 7

• Use the trigonometric ratios in solving right triangles.

TERM 3 | WEEK 8

• Illustrate angles of elevation and angles of depression.

• Solve real-life problems involving right triangles through the application of the trigonometric ratios.

TERM 3 | WEEK 9

• Interpret and analyze data from the digital media that are in tabular or graphical form to assess whether the data may be misleading.

• Illustrate simple and compound events.

TERM 3 | WEEK 10

• Determine the probabilities of simple and compound events.

• Solve problems involving probabilities of simple and compound events.