Students will be able to identify, describe, and classify different geometric shapes and understand their properties.

8th Grade

2 Weeks (10 Sessions)

Introduction to Geometry

• Introduction to geometric terms and definitions

• Understanding points, lines, and planes

• Classifying shapes: circles, triangles, quadrilaterals

1/3/2050

Properties of Angles

• Identifying different types of angles

• Measuring angles using a protractor

• Angle relationships: adjacent, complementary, and supplementary angles

1/4/2050

Triangle Properties

• Classifying triangles by sides and angles

• The Pythagorean Theorem

• Triangle inequality theorem

1/5/2050

Quadrilaterals

• Types of quadrilaterals: parallelograms, rectangles, squares, and trapezoids

• Properties of quadrilaterals

• Problems based on quadrilateral properties

1/6/2050

Circles

• Parts of a circle: radius, diameter, chord

• Circumference and area of circles

• Arcs and sectors

1/7/2050

Coordinate Geometry

• Introduction to Cartesian coordinates

• Plotting points on the coordinate plane

• Distance formula and midpoint formula

1/8/2050

Transformations

• Types of transformations: translation, rotation, reflection, and dilation

• Properties of transformations

• Real-life applications of transformations

1/9/2050

Solving Geometric Problems

• Practice problems and exercises

• Group activities and peer review

• Q&A Session

1/10/2050

Review and Reinforcement

• Review key concepts

• Interactive quizzes and games

• Clarification of doubts

1/11/2050

Assessment

• Formal assessment test

• Feedback and grading

• Discussion of results

1/12/2050