1. Cite Specific Textual Evidence To Support Analysis Of Science And Technical Texts, While Attending To The Precise Details Of Explanations Or Descriptions.
2. Determine The Central Ideas Or Conclusions Of A Text; Trace The Text’s Explanation Or Depiction Of A Complex Process, Phenomenon, Or Concept; Provide An Accurate Summary Of The Text.
3. Follow Precisely A Complex Multistep Procedure When Carrying Out Experiments, Taking Measurements, Or Performing Technical Tasks, Attending To Special Cases Or Exceptions Defined In The Text.
4. Determine The Meaning Of Symbols, Key Terms, And Other Domain-Specific Words And Phrases As They Are Used In A Specific Scientific Or Technical Context Relevant To Grades 9-10 Texts And Topics.
5. Analyze The Structure Of The Relationships Among Concepts In A Text, Including Relationships Among Key Terms (E.G., Force, Friction, Reaction Force, Energy).
6. Analyze The Author’s Purpose In Providing An Explanation, Describing A Procedure, Or Discussing An Experiment In A Text, Defining The Questions The Author Seeks To Address.
7. Translate Quantitative Or Technical Information Expressed In Words In A Text Into Visual Form (E.G., A Table Or Chart) And Translate Information Expressed Visually Or Mathematically (E.G., In An Equation) Into Words.
8. Assess The Extent To Which The Reasoning And Evidence In A Text Support The Author’s Claim Or A Recommendation For Solving A Scientific Or Technical Problem.
9. Compare And Contrast Findings Presented In A Text To Those From Other Sources (Including Their Own Experiments), Noting When The Findings Support Or Contradict Previous Explanations Or Accounts.
10. By The End Of Grade 10, Read And Comprehend Science/Technical Texts In The Grades 9-10 Complexity Band Proficiently.
2. Determine The Central Ideas Or Conclusions Of A Text; Trace The Text’s Explanation Or Depiction Of A Complex Process, Phenomenon, Or Concept; Provide An Accurate Summary Of The Text.
3. Follow Precisely A Complex Multistep Procedure When Carrying Out Experiments, Taking Measurements, Or Performing Technical Tasks, Attending To Special Cases Or Exceptions Defined In The Text.
4. Determine The Meaning Of Symbols, Key Terms, And Other Domain-Specific Words And Phrases As They Are Used In A Specific Scientific Or Technical Context Relevant To Grades 9-10 Texts And Topics.
5. Analyze The Structure Of The Relationships Among Concepts In A Text, Including Relationships Among Key Terms (E.G., Force, Friction, Reaction Force, Energy).
6. Analyze The Author’s Purpose In Providing An Explanation, Describing A Procedure, Or Discussing An Experiment In A Text, Defining The Questions The Author Seeks To Address.
7. Translate Quantitative Or Technical Information Expressed In Words In A Text Into Visual Form (E.G., A Table Or Chart) And Translate Information Expressed Visually Or Mathematically (E.G., In An Equation) Into Words.
8. Assess The Extent To Which The Reasoning And Evidence In A Text Support The Author’s Claim Or A Recommendation For Solving A Scientific Or Technical Problem.
9. Compare And Contrast Findings Presented In A Text To Those From Other Sources (Including Their Own Experiments), Noting When The Findings Support Or Contradict Previous Explanations Or Accounts.
10. By The End Of Grade 10, Read And Comprehend Science/Technical Texts In The Grades 9-10 Complexity Band Proficiently.
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