Chemistry 10 syllabus

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All Chemistry 10 learning outcomes

Explain chemistry as a community inquiry
Explain scientific paradigms with chemistry examples
Explain how paradigms guide chemistry
Explain confidence and uncertainty in experiments
Distinguish repeatability from reproducibility
Use molar gas volume in calculations
Define and convert concentration units
Calculate stoichiometric relationships
Calculate concentration from titration data
Calculate empirical and molecular formulas
Calculate yield, composition, and purity
Define electrolysis
Label a simple electrolytic cell
Explain charge and electron transfer in electrolysis
Identify electrolysis products and observations
State the product of a hydrogen-oxygen fuel cell
Compare hydrogen fuel cells with petrol engines
Identify copper sulfate electrolysis products
Predict products from halide electrolysis
Construct ionic half-equations
Describe electroplating and its uses
Sketch a voltaic cell
Use voltage data to rank metals
Explain how photochemical smog forms
Explain nitrogen oxides in acid rain
State the Haber process equation
Identify Haber process sources
State Haber process conditions
State the Contact process equation
Identify Contact process reactant sources
State Contact process conditions
Describe atmospheric oxides
Classify acidic, basic, and amphoteric oxides
Describe chemical properties of metals
Arrange metals by reactivity
Draw formulas for common unbranched organic compounds
Recognize organic compounds from their names and formulas
Draw unbranched esters from alcohols and acids
Identify the double bond in alkenes
Explain how cracking makes alkenes
Understand why large hydrocarbons are cracked
Test whether a hydrocarbon is saturated or unsaturated
Describe alkene addition reactions
Prepare alkenes by elimination
Recognize alkynes and their triple bond
Explain how ethyne is used
Separate petroleum into useful fractions
Relate petroleum fractions to their properties
Match petroleum fractions to their uses
Identify the main fossil fuels
Identify methane in natural gas
Explain what petroleum contains
Compare two ways to manufacture ethanol
Explain how alcohols burn
Evaluate alcohols as fuels
Connect alcohols with industry
Recognize alcohols in everyday life
Predict carboxylic-acid reactions
Explain how ethanoic acid is made
Make an ester from an acid and an alcohol
Explore industrial uses of acids and esters
Connect acids and esters to daily life
Define polymers and monomers
Find repeating units in polymers
Work out an addition polymer structure
Work out condensation polymer structures
Compare addition and condensation polymerisation
Recognize plastics as polymer materials
Link plastic properties to disposal
Explain plastic pollution challenges
Recognize nylon and PET structures
Understand PET recycling into new polymer
Explain why polymers matter in textiles
Recognize proteins as natural polyamides
Draw the general structure of proteins
Compare proteins, lipids, and carbohydrates
Explain why nucleic acids matter
Explain vitamins and their health roles
Recognize biochemistry applications