Geometry is designed to help students understand the basic structure of geometry and apply geometric concepts and skills in authentic situations. The course focuses on the development of problem-solving skills and the acquisition of mathematical vocabulary and symbols. The active engagement of students along with the use of manipulatives and technology, such as computer programs and calculators, will allow students to develop an understanding of the geometric principles they are learning. Topics include reasoning and proof, lines and their relationships, triangles and their relationships, and polygons and quadrilaterals. Students will gain an appreciation of the structure of geometry and develop powers of spatial visualization. Students enrolled in this course may need to take the Geometry End-of-Course test. Students cannot receive credit for both Geometry (MA 3143) and Geometry Honors (MA 3225).
Algebra I (MA 3130) or Algebra I Honors (MA 3220)
Essential Questions: How do I become a mathematical problem solver to better understand the world around me? In what ways can I communicate and represent my mathematical thinking? |
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Foundational Topics |
Triangles |
Polygons and Circles |
3-D Figures |
Focus of the Story |
How do we classify and quantify geometric figures? We start our year using a pencil, straightedge, and compass to create lines and geometric shapes. We also learn the logical framework to use geometric properties to justify arguments. |
How do triangles and their properties form the fundamental building blocks of the physical world around us? Next, we discover new properties by constructing and comparing triangles using the foundational topics. We then apply the new properties to solve authentic applications such as GPS and Land Surveys. |
How do we leverage our knowledge of triangles to extend our understanding to more complex shapes? Next, we quantify and visualize real-world phenomena such as earthquakes and sea level change. We utilize our understanding of geometry to better understand phenomena by making predictions or drawing conclusions. |
What discoveries and understandings are required to better quantify the world in three dimensions? Lastly, we dive into the different 3-D shapes to analyze and apply their properties to practical situations such as architecture, construction, or landscaping. |
Transfer Goals |
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Learning Targets |
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Geometry: Assessment Matrix |
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Unit |
Rich Tasks: |
Learning Target |
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Unit 1: Reasoning |
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Unit 2: Foundations of Geometry |
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Unit 3: Transformations |
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Unit 4: Lines and their Relationships |
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Unit 5: Triangles and their Relationships |
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Unit 6: Similarity |
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Unit 7: Right Triangles |
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Unit 8: Polygons and Quadrilaterals |
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Unit 9: Circles |
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Unit 10: Area, Volume, and Similar Solids |
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