Integrated Math 2

Avon Lake City Schools 

Curriculum Framework

Integrated Math II

Course Overview:

Integrated Math II (9, 10, 11, 12) - 2 semesters - .50 credit each semester This course differs from Geometry, in that fewer objectives and applications are required. Also, time will be given to enhance Integrated I topics. Coordinates, transformations, area formulas, and three-dimensional figures will be stressed. A graphing calculator is required (TI-83 or TI-84, approximate cost: $100-$110). Prerequisites: Integrated Math I or Algebra I. This class meets one period daily for ½ unit of credit each semester.

Textbook (Title and Publishing Company): 

Pearson Geometry (available upon request)

Online/Supplemental Materials:

IXL

Delta Math

Assessments: 

Common assessments are given across all Integrated 2 courses

Ohio State Test

Content/Topics/Learning Goals

Subject to Pacing and Schedules

1st Quarter- 

  • Tools of Geometry

    • Points, lines, and planes

    • Measuring segments and angles

    • Exploring angle pairs

    • Midpoint and Distance in the Coordinate Plane

    • Nets

  • Reasoning and Proof

    • Patterns and Inductive Reasoning

    • Conditional Statements

    •  Biconditionals and Definitions

    • Algebraic proofs

    • Segment Addition Proofs

    • Proving Angles Congruent

  • Parallel and Perpendicular Lines

    • Lines and Angles

    • Properties of Parallel Lines

    • Proving Lines Parallel

    • Slopes of parallel and perpendicular lines

    • Sum of interior angles of triangles

    • Exterior angles of triangles

2nd Quarter- 

  • Equations of lines in the coordinate plane

  • Congruent Triangles

    • Congruent figures

    • Triangle Congruence by SSS and SAS with basic proofs

    • Triangle Congruence by ASA and AAS with basic proofs

    • Using corresponding parts of congruent triangles

    • Isosceles and equilateral triangles

    • Congruence in right triangles (HL)

    • Congruence in overlapping triangles

3rd Quarter- 

  • Similarity

    • Ratios and Proportions

    • Similar Polygons

    • Similar Triangles

    • Simplifying and rationalizing radicals and pythagorean theorem

    • Similarity in right triangles

    • Proportions in triangles

  • Right Triangles and Trigonometry

    • The converse of the pythagorean theorem and pythagorean triples

    • Special right triangles including basic applications

    • Trigonometry

    • Angles of elevation and depression with basic applications

    • Translations

      • Reflections

      • Rotations

      • Compositions of Isometries

      • Dilations

4th Quarter -  

  • Circles

    • Chords and arcs

    • Inscribed angles

    • Angle measures and segment lengths

    • Circles in the coordinate plane

  • Probability

  • Area of regular polygons that include trigonometry

  • Surface area and volume of prisms, cylinders, pyramids, cones, and spheres

Last Updated:

September, 2023