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Equation: By [Date], Given [insert pertinent accommodations], [name] will be able to [insert body of eks] with [70, 75, 80]% accuracy.

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Potential benchmarks: Change the percentages needed to show mastery (70, 75, 80)%

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Potential benchmarks: break the goal into parts that build on each other with the same percentage (80)%

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Given [accommodations], [name] will write with advanced sentence structures that incorporate advanced punctuation with [percent] accuracy.

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Given [accommodations], [name] will write with advanced formal language that takes the audience into account and includes concise writing as well as sentences constructed in the active instead of passive voice with [percent] accuracy.

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Given [accommodations], [name] will write with stylistic flair and a command of diction and syntax in order to create mood, tone, and individual voice.

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Given [accommodations], [name] will be able to use advanced vocabulary, choosing from a range of strategies (e.g., context clues, word origins, roots, general and specialized materials, etc.) with [percent] accuracy.

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Given [accommodations], students will be able to craft a sophisticated thesis that includes the topic, assertion, and significance of an in-depth argument with [percent] accuracy.

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Given [accommodations], [name] will be able to consistently support ideas and claims with well-chosen, relevant evidence and examples including integrating summaries, paraphrases and quotes from the text into their writing with [percent] accuracy.

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Given [accommodations] [name] will explain how textual evidence supports their thesis with [percent] accuracy.

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Given [accommodations], [name] will analyze evidence and critically evaluate sources with [percent] accuracy.

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Given [accommodations], [name] will be able to effectively address counter-claims and alternative suggestions with [percent] accuracy.

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Given [accommodations], students will be able to produce clear and coherent writing in which the development, organization, and style are appropriate to the task, purpose, and audience with [percent] accuracy.

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Given [accommodations], [name] will be able to identify and analyze the features of the rhetorical devices in non-fiction texts with (percent)% accuracy.

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Given [accommodations], [name] will be able to interpret literature by analyzing literary devices to determine the overall purpose and the central idea(s) or theme(s).

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Given [accommodations], [name] will be able to interpret literature by analyzing the overall purpose and the central idea(s) or theme(s).

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Simplify expressions and solving equations

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Simplify expressions and solving equations

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Given [accommodations], [name] will be able to simplify expressions using different mathematical rules and solve multi-step equations with [percent] accuracy.

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Given [accommodations], [name] will be able to solve, and graph, a variety of functions such as but not limited to absolute value functions, square root functions, and finding domain and range with [percent] accuracy.

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Given [accommodations], [name] will be able to solve linear equations, and identify parallel and perpendicular slope, graph lines, and inequalities with [percent] accuracy.

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Given [accommodations], [name] will be able to solve a system of equation through graphing, substitution, and elimination methods with [percent] accuracy.

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Given [accommodations], [name] will be able to solve quadratic functions using factoring, square root method, and quadratic formula with [percent] accuracy.

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Given [accommodations], [name] will be able to graph quadratic functions and solve real-world application problems with [percent] accuracy.

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Given [accommodations], [name] will be able to solve and graph exponential functions with [percent] accuracy.

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Given [accommodations], [name] will be able to investigate problems, justify processes, employ reverse thinking, choose a problem-solving strategy, and generalize with [percent] accuracy.

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Given [accommodations], [name] will be able to simplify algebraic expressions, solve algebraic equations, and utilize algebra to solve problems with [percent] accuracy.

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Given [accommodations], [name] will be able to identify, graph, compare, and create different types of functions with [percent] accuracy.

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Given [accommodations], [name] will be able to identify, graph, compare and create different types of functions with [percent] accuracy.

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Given [accommodations], [name] will be able to recognize and translate all faces of Linear Functions, including shift with [percent] accuracy.

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Given [accommodations], [name] will be able to recognize and translate between all faces of Quadratic Functions, inclusive of shifts with [percent] accuracy.

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Given [accommodations], [name] will be able to solve for intersections, intercepts, and specific points on functions, utilizing methods such as factoring, formulas, and other algebraic tools with [percent] accuracy.

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Given [accommodations], [name] will be able to solve for points of intersections between systems of like functions, conic sections, and polynomial functions with [percent] accuracy.

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Given [accommodations], [name] will be able to recognize and translate between all faces of Exponential Functions, inclusive of shifts with [percent] accuracy.

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Given [accommodations], [name] will be able to recognize, simplify, and translate between all faces of Logarithmic Functions, in any base, inclusive of shifts with [percent] accuracy.

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Given [accommodations], [name] will be able to recognize and translate between all faces of Rational Functions, inclusive of shifts with [percent] accuracy.

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Given [accommodations], [name] will be able to solve for probabilities of particular events using fundamental counting principles, permutations, combinations, and the binomial theorem with [percent] accuracy.

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Given [accommodations], [name] will be able to investigate problems, justify processes, employ reverse thinking, choose a problem-solving strategy, and generalize with [percent] accuracy.

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Given [accommodations], [name] will be able to simplify algebraic expressions, solve algebraic equations, and utilize algebra to solve problems with [percent] accuracy.

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Given [accommodations], [name] will be able to identify, graph, compare, and create different types of functions with [percent] accuracy.

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Given [accommodations], [name] will be able to identify different types of symmetry and transformations with [percent] accuracy.

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Given [accommodations], [name] will be able to construct a logical argument in multiple forms to prove a statement is either true or false and show similarity or congruence between two shapes with [percent] accuracy.

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Given [accommodations], [name] will be able to apply scale factor to a figure to scale measurements up or down and identify scale factor based on given measurements with [percent] accuracy.

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Given [accommodations], [name] will be able to apply the specific relationships between angles to identify the value of a related angle using parallel lines with [percent] accuracy.

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Given [accommodations], [name] will be able to apply trigonometric functions to relate the sides and angles of a right triangle with [percent] accuracy.

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Given [accommodations], [name] will be able to apply trigonometric functions to relate the sides and angles of non-right triangles with [percent] accuracy.

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Given [accommodations], [name] will be able to extrapolate missing information regarding a circle or polygon when given the necessary measurements with [percent] accuracy.

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Given [accommodations], [name] will be able to investigate problems, justify processes, employ reverse thinking, choose a problem-solving strategy, and generalize with [percent] accuracy.

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Given [accommodations], [name] will be able to simplify algebraic expressions, solve algebraic equations, and utilize algebra to solve problems with [percent] accuracy.

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Given [accommodations], [name] will be able to identify, graph, compare, and create different types of functions with [percent] accuracy.