Senior enrichment: structure determination, organic mechanism, materials and coordination chemistry, and independent research practice.
Students translate original fictional organic representation cards while distinguishing functional-group evidence from broader claims.
Students compare original fictional stereochemical and conformational cards while making explicit what 3-D representations omit.
Students audit original fictional curved-arrow models for conservation, convention, and limits without treating them as procedures.
Students compare original fictional functional-group cards and distinguish structural evidence from unsupported outcome claims.
Students calculate formula masses and composition constraints from original fictional evidence cards while labeling ambiguity.
Students interpret original fictional pattern cards, compare them to formula constraints, and label ambiguity.
Students compare original fictional formula and pattern constraints in an evidence matrix while preserving ambiguity.
Students audit original fictional evidence summaries for justified conclusions, uncertainty, and relevant next checks.
Students interpret original fictional molecular-environment cards while separating model relations from biological or health claims.
Students evaluate original fictional rate-versus-condition cards for controls, trends, uncertainty, and causal limits.
Students trace original fictional pathway labels and distinguish systems models from biological or health claims.
Students evaluate original fictional recognition models while preserving uncertainty, privacy, and ethical claim limits.
Students compare original fictional polymer and lifecycle cards while preserving criteria, tradeoffs, and limits.
Students interpret original fictional characterization cards and distinguish pattern evidence from overclaims.
Students interpret original fictional scale cards while separating qualitative trends from broad claims.
Students compare original fictional materials evidence tables while preserving criteria, constraints, and tradeoffs.
Students compare original fictional predictions and observations while preserving assumptions and uncertainty.
Students evaluate original fictional claim cards while separating molecular labels from consumer or health outcomes.
Students interpret original fictional assembly models while preserving conditions, alternatives, and limits.
Students write original fictional paper/data design rationales with explicit criteria, limits, and next evidence cards.
Students interpret original fictional flow cards for boundaries, labeled streams, and conservation limits.
Students interpret original fictional energy-flow cards while preserving boundaries, units, and limits.
Students interpret original fictional separation diagrams while preserving criteria, limits, and alternatives.
Students evaluate original fictional decision-evidence cards while preserving constraints, uncertainty, and missing information.
Students interpret original fictional surface cards while preserving conditions, controls, and environmental claim limits.
Students interpret original fictional energy-system cards while preserving boundaries, criteria, and limits.
Students interpret original fictional reservoir and transfer cards while preserving boundaries, time, and uncertainty.
Students evaluate original fictional monitoring cards while preserving boundaries, uncertainty, and claim limits.
Students combine original fictional chemistry data while naming units, spread, uncertainty, controls, and claim limits.
Students distinguish original fictional energy, rate, and equilibrium cards without treating one model as a universal explanation.
Students evaluate original fictional chemistry-source excerpts for claim, evidence, method boundary, uncertainty, and argument quality.
Students evaluate original fictional design cards by separating goals, constraints, evidence, uncertainty, and decision limits.
Students refine original fictional chemistry questions into bounded, evidence-ready paper plans without collecting data or starting a real project.
Students construct and audit original fictional chemistry tables and graphs while keeping units, uncertainty, boundaries, and claim limits visible.
Students critique and revise original fictional chemistry claims by separating evidence, reasoning, uncertainty, and unsupported recommendations.
Students transfer senior chemistry reasoning across original fictional models while reflecting on evidence, uncertainty, accessibility, and claim limits.
Student-facing assessment papers. Answer keys, scoring rubrics, and marking guidance are held for educators. Write to us for access.
