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I can compute and interpret: theoretical and experimental probabilities to make informed decisions.

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I can extend similarity in right triangles to define trigonometric ratios, understand basic trigonometric relationships, and solve problems.

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I can understand similarity in terms of similarity transformations and prove theorems involving similarity.

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I can understand, apply, and solve problems about circles applying their use in the world around them.

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I can solve, interpret, and create systems of a conic and linear equations using multiple methods related to the world around them.  Conics included (parabolas & circles)

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I can identify, create, represent, and combine linear, exponential, and quadratic functions and patterns.

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I can solve quadratic equations using: zero product property, completing the square, and quadratic formula.

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I can rewrite equivalent expressions of rational exponents and polynomials to highlight various key features.

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I can use coordinates to prove simple geometric theorems about quadrilaterals

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I can understand, apply, and solve problems on theorems about triangles.

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I can use coordinate proofs to prove theorems about lines and angles and extend my understanding of rigid motions to understand the criteria for triangle congruence SSS, SAS, ASA.

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I can identify and define basic geometric figures, as well as undefined terms such as point, line, and planes.

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I can construct viable arguments and reason quantitatively and abstractly.

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I can create, analyze, graph, and identify exponential functions and represent these functions in various representations.

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I can describe, draw, and identify transformations in the coordinate plane and apply these techniques to identify the transformations that rotate and reflect polygons onto themselves.

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I can extend my knowledge of interpreting functions to represent and analyze statistical data using regression techniques, graphical representations, and describe key statistical features.

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I can create, analyze, and identify linear functions and absolute value and represent these functions in various representations.

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I can identify, create, and graph linear and absolute value functions and identify the key features of the function.  Relating solving an equation to it's graphical representation.

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I can manipulate, analyze, interpret, create and solve: equations, inequalities and absolute value in one variable.

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I can solve, interpret, and create systems of linear equations and inequalities using multiple methods related to the world around them.