ATARMAxxing · Chemistry
WACE Chemistry Practice Exams with Worked Solutions
20 full-length papers · worked solutions for every question
The 20 practice exams inside the WACE Chemistry Mastery Pack, each set out like the real paper with a separate worked-solution guide. Open any paper to see what it covers.
- Le Châtelier's Principle applied to an industrial equilibrium
- pH of strong acids and bases via Kw
- half-equations in acidic conditions
- IUPAC naming and isomers
- percentage yield and limiting reagent
- equilibrium law expressions for heterogeneous systems
- buffer solutions and Le Châtelier
- galvanic cell diagrams and E° calculations
- oxidation of primary and secondary alcohols
- Haber process conditions
- collision theory and rate factors
- salt hydrolysis and indicator choice
- corrosion of iron and sacrificial anodes
- addition polymers and their monomers
- biodiesel synthesis routes
- energy profile diagrams and temperature changes
- titration calculations
- electrolytic refining of copper
- esterification equations
- soap structure and cleaning action
- ocean acidification and carbonate equilibria
- acid strength and degree of ionisation (Ka)
- standard electrode potentials and reaction tendency
- protein primary, secondary and tertiary structure
- Contact process conditions
- rate and concentration graphs for a disturbed equilibrium
- conjugate acid-base pairs
- fuel cells and secondary cells
- empirical and molecular formula determination
- fermentation versus hydration of ethene
- open and closed systems
- polyprotic acids
- oxidation numbers
- condensation polymers: polyamides and polyesters
- reaction sequence flow charts
- catalysts and equilibrium position
- Kw and [OH-] calculations
- silver electroplating
- cis-trans isomerism
- hard water and detergents
- qualitative prediction from Kc
- equivalence point versus end point
- displacement reactions
- intermolecular forces and boiling point
- green chemistry in synthesis design
- partial pressure and total volume changes
- Arrhenius versus Brønsted-Lowry models
- lead-acid accumulator
- zwitterions and peptide bonds
- plastics: structure and uses
- dynamic equilibrium characteristics
- buffering capacity
- combustion in limited and excess oxygen
- functional-group identification tests
- limiting reagent calculations
- activation energy and reversibility
- titration procedure and error analysis
- cell diagrams and ion migration
- addition reactions of alkenes
- ethyl ethanoate synthesis
- Le Châtelier: concentration changes
- pH of strong bases
- cathodic protection
- solubility of organic compounds in water
- enzymes as industrial catalysts
- equilibrium law expressions (homogeneous)
- acidic, basic and neutral salts
- electrolytic versus galvanic cells
- polymer repeating units to monomers
- saponification of triglycerides
- temperature and enthalpy in equilibria
- indicators as weak acids
- hydrogen fuel cell
- aldehydes and ketones from alcohols
- yield versus rate compromise
- surface area and catalysts in rate
- Kw and self-ionisation
- electron flow and salt bridge
- amines and amides nomenclature
- PET and nylon structure
- ocean acidification and calcification
- monoprotic and polyprotic acid titrations
- electrode potentials and oxidising strength
- chain and position isomers
- Haber versus Contact conditions compared
- reversibility and closed systems
- pH scale as logarithmic
- Leclanché cell
- disulfide bridges and tertiary structure
- lipase-catalysed biodiesel
- rate–time graphs after a disturbance
- conjugate pairs in buffers
- electrorefining and electroplating half-equations
- boiling points across functional groups
- percentage yield from mass data
- Kc and equilibrium position
- titration of a weak acid with a strong base
- sacrificial anodes and exclusion of oxygen
- condensation reactions forming esters and amides
- sustainability of ethanol production
Included in the WACE Chemistry Mastery Pack
20 full-length practice exams with worked solutions, 20 revision notes, 64 practice questions and 200 flashcards.
Preview a sample note and question free on the WACE Chemistry hub →