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Integrative Learning in High School Science

Goals. Theoretical (curriculum). Experimental (curriculum supplemental laboratories). Modeling(Java Applets, ChemViz, Cn3D

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Integrative Learning in High School Science

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    1. Integrative Learning in High School Science Michael Kandianis and Ron Feltes

    2. Goals Theoretical (curriculum)

    3. Experimental Approaches Physical Sciences Interactive demonstrations Exothermic redox reactions Gas law derivation Quantitative analysis of dissolved oxygen Biological Sciences Qualitative DNA extraction Spectrophotometric determination of bacterial growth

    4. Experimental Approaches: Multidisciplinary Field Experience

    5. From Field to Classroom

    6. Modeling Approaches Physical Sciences Physical models of stream flow dynamics Chemical reaction modeling (STELLA) Visualization of chemical properties (Gas law applets) Data analysis (Excel) Biological Sciences Functional determination of protein structure (Cn3D) Cell cycle visualization (Java Applets)

    7. Additional Approaches Strengthening scientific writing skills: scientific literature research project Promoting classroom involvement using college bowl format

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