ATARMAxxing · Chemistry
SACE Chemistry Practice Exams with Worked Solutions
20 full-length papers · worked solutions for every question
The 20 practice exams inside the SACE Chemistry Mastery Pack, each set out like the real paper with a separate worked-solution guide. Open any paper to see what it covers.
- Ocean acidification and carbonate equilibria
- Titration stoichiometry and concentration conversions
- Le Chatelier's principle applied to industrial yield
- Protein structure and secondary interactions
- Fuel cell half-equations and electron flow
- Greenhouse gases and the thermal balance of the atmosphere
- RF values and chromatography polarity reasoning
- Kc expressions and equilibrium calculations
- Oxidation of primary and secondary alcohols
- Enthalpy of combustion from experimental data
- Nitrogen oxides, tropospheric ozone, and catalytic converters
- AAS calibration graphs and subshell notation
- Collision theory and energy profile diagrams
- Ester formation, reflux, and hydrolysis
- Metal reduction methods and the activity series
- pH calculations from [H+] and [OH-]
- Back and indirect titration reasoning
- Optimising production flow charts
- Carbohydrate condensation and repeating units
- Zeolites, hard water, and reverse osmosis
- Equations for carbonates reacting in acidic conditions
- Ion exchange chromatography and equilibrium
- Effect of catalysts on rate and on industry
- Triglyceride hydrolysis and degree of unsaturation
- Eutrophication and soil cation exchange
- Consequences of anthropogenic global warming
- Stoichiometric calculations with ppm and ppb
- Predicting equilibrium shifts from delta-rH
- Amino acid self-ionisation and peptide links
- Addition versus condensation polymerisation
- Photochemical smog formation equations
- Titration procedure, glassware rinsing, and end-point
- Rate graphs and slope interpretation
- Distinguishing aldehydes from ketones
- Bioethanol and biodiesel production equations
- Methane and carbon dioxide as greenhouse gases
- Concentration unit interconversion
- Compromise conditions for maximum yield
- Systematic naming and structural formulae
- Electrolytic cell half-equations and ion flow
- Dissolution of calcium carbonate shells at low pH
- Retention times and component identification
- Kc calculations from initial and equilibrium amounts
- Carboxylic acids reacting with bases
- Comparing hydrogen production routes
- Keeling-curve style data interpretation
- Electron configuration of the first 38 elements
- Enzymes as biological catalysts
- Polyester and polyamide structures
- Recycling and finite material resources
- Equilibrium principles applied to ocean carbonate
- Precision, accuracy, and titration error analysis
- Pressure and temperature effects on gaseous equilibria
- Amine basicity and protonated forms
- Incomplete combustion of long-chain fuels
- Harmful effects of nitrogen oxides and ozone
- Thin layer chromatography interpretation
- Surface area and concentration effects on rate
- Solubility trends across functional groups
- Flocculation and coagulation of clay particles
- Strategies to reduce greenhouse gas emissions
- Determining concentration from titration results
- Activation energy and catalysed pathways
- Alkaline hydrolysis of esters and amides
- Silicate and aluminosilicate anion formulae
- Ocean pH and carbonate formation
- Principles of atomic absorption spectroscopy
- Open and closed systems reaching equilibrium
- Drawing protein chain sections from amino acids
- Thermoplastic versus thermoset polymers
- Writing equations for NO and NO2 formation
- Calculating and applying RF values
- Interpreting concentration-time graphs
- Oxidation pathway alcohol to aldehyde to acid
- Comparing fuels per mole, per gram, and per litre
- Greenhouse gas action and climate consequences
- Applying SI prefix conventions to data
- Catalysts benefiting manufacturer and environment
- Carbohydrate monomers from polysaccharides
- Disadvantages of desalination for potable water
- Carbon dioxide lowering ocean pH
- Predicting movement along a stationary phase
- Kc expressions for homogeneous systems
- Tollens reagent and dichromate tests
- Anode and cathode identification in fuel cells
- Anthropogenic greenhouse gas increases
- Titration data analysis and significant figures
- Deducing whether a reaction is exothermic
- Melting points of saturated and unsaturated fats
- Chlorine and hypochlorous acid equilibrium with pH
- Effects of ocean acidification on marine organisms
- Flame tests and emission wavelengths
- Effect of pressure change on gaseous equilibria
- Condensation of carboxylic acids with amines
- Nitrogen replenishment and fertiliser need
- Global warming, evidence, and public debate
- Volumetric analysis of a real sample
- Reaction pathway design across multiple steps
- Denaturation of enzymes by pH and temperature
- Biodegradable polymers and green chemistry
Included in the SACE 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 SACE Chemistry hub →