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Planning: Design experiments; identify variables; evaluate methods.
Implementing: Use practical apparatus; measure appropriate units; present data.
Analysis: Analyze qualitative/quantitative results; apply mathematical skills; use significant figures; graph plotting.
Evaluation: Evaluate results; identify anomalies; acknowledge limitations; suggest improvements.

Atomic Structure and Isotopes: Understand atomic structure; identify isotopes; use mass spectrometry; calculate atomic mass.
Compounds, Formulae, and Equations: Write formulae; balance chemical equations; identify ionic charges.
Amount of Substance: Understand the mole concept; calculate empirical/molecular formula; apply ideal gas equation and stoichiometry.
Acids and Bases: Identify acids/bases; understand neutralization reactions; perform titration calculations.
Redox Reactions: Assign oxidation numbers; understand electron transfer; write redox equations.
Electron Structure: Analyze electron configurations; explain bonding and structure.

Periodicity: Recognize periodic arrangements; explain trends in ionization energy; understand group properties.
Group 2: Understand reactivity and reactions with oxygen, water, acids; apply to hydroxides.
Halogens: Analyze trends in reactivity; understand displacement reactions; explain disproportionation reactions.
Qualitative Analysis: Conduct tests for ions; analyze reactions for identification.

Basic Concepts: Understand IUPAC nomenclature; identify functional groups; explain isomerism.
Alkanes: Recognize properties; learn reactions including combustion and radical substitution.
Alkenes: Explain structure and stereochemistry; understand addition reactions and polymerization.
Alcohols and Haloalkanes: Classify alcohols; perform oxidation and substitution reactions; understand environmental impacts.
Organic Synthesis: Conduct synthetic routes; interpret analytical data including spectroscopy and mass spectrometry.