Resources TEST BLUEPRINT – This will give you the best idea about what is on the test! Geometry Parent, Student & Teacher Guide – Want to know what to expect? Here’s the scoop. Plus, there’s a short practice test and answer key included. Short Practice Test and Answer Key Test and Item Specifications Test Prep Videos This series of videos can be used as a review before the Geometry EOI. The material covered here correlates with material that will be part of the EOI. These videos are intended to be a review and NOT a replacement for mastery of these concepts. Watch the Geometry EOI Bootcamp Video by clicking here! *All videos have been sourced through a variety of media outlets including YouTube. Epic Charter Schools does not own the content. 1.0 Logical Reasoning 1.1 Inductive and Deductive Reasoning 1.2 Conditional Statements 2.0 Properties of 2-Dimensional Figures 2.2 Line and Angle Relationships 2.3 Polygons and Other Plane Figures 2.4 Similarity 2.5 Congruence 2.6 Circles 3.0 Triangles and Trigonometric Ratios 3.1 Pythagorean Theorem 3.2 Right Triangle Relationships 3.3 Trigonometric Functions 4.0 Properties of 3-Dimensional Figures 4.1 Polyhedra and Other Solids 4.2 Similarity 4.3 Models and Perspective 5.0 Coordinate Geometry 5.1 Properties of Points, Segments, and Lines 5.2 Properties of Figures How are the tests scored? Advanced: Students demonstrate full and complete understanding of all measured standards and objectives included in the Geometry Oklahoma C3 framework. In addition to having this advanced level of Geometry skills and the ability to independently apply these skills, students at the Advanced level consistently use a wide range of strategies to solve real-world, non-routine problems; regularly use various types of reasoning effectively; consistently connect one area or idea of mathematics to another; and communicate mathematical ideas clearly through a variety of representations. Students at this level are clearly prepared to excel in higher level mathematics classes and in job functions that require application of Geometry knowledge and skills. Proficient: Students demonstrate mastery of the knowledge and skills expected of all students at the End-of-Instruction in Geometry, as follows: use deductive and inductive reasoning skills to solve problems; use angle and line relationships to solve problems involving parallel lines; apply properties of two-dimensional figures to determine unknown values and solve problems; verify and use relationships of similar triangles and other two-dimensional figures; verify and use relationships of congruent triangles and other two dimensional figures; use relationships related to circles to find angle measures, arc measures, and segment lengths; use properties of right triangles and trigonometric ratios to solve problems; use properties of three dimensional figures, including similarity and congruency to identify figures and unknown values; create two-dimensional representations of three-dimensional objects and visa versa; use coordinate geometry to find distance, midpoint, and slopes of lines; use a set of points and properties to identify types of figures; use transformations on geometric figures to solve problems. Students at the Proficient level consistently and independently apply these skills to routine problems. Students at this level are prepared to succeed in higher level mathematics classes and in job functions that require application of Geometry knowledge and skills. Limited Knowledge: Students typically demonstrate a partial mastery/understanding of the mathematics knowledge, skills and processes expected of all students at the End-of-Instruction in Geometry. Students are inconsistent in applying the general knowledge and mathematical process skills necessary to solve problems effectively and to reason mathematically. These students may need interventions as a part of a comprehensive mathematics instructional program. Unsatisfactory: Students demonstrate less than a Limited Knowledge level of the skills expected of all students at the End-of-Instruction in Geometry. These students should be given intensive interventions as a part of a comprehensive mathematics instructional program.