TCE Chemistry Practice Exams with Worked Solutions

The 20 practice exams inside the TCE Chemistry Mastery Pack, each set out like the real paper with a separate worked-solution guide. Open any paper to see what it covers.

1. Practice Exam 1180 marks · 22 questions · 4 sections
   • Criterion 5: redox balancing and agent identity, with an original data set and correctly specified aqueous/phase conditions.
   • Criterion 6: calorimetry and enthalpy, requiring a justified chemical explanation and at least one quantitative or data-based step.
   • Criterion 7: organic structure, reactions and spectral evidence, combining precise chemical representation with evidence from the supplied context.
   • Criterion 8: stoichiometry, limiting reagent and yield, showing a complete calculation path, units and significant figures.
   See what this paper covers →
2. Practice Exam 2180 marks · 22 questions · 4 sections
   • Criterion 5: galvanic cells, E° and cell notation, with an original data set and correctly specified aqueous/phase conditions.
   • Criterion 6: collision theory and rate data, requiring a justified chemical explanation and at least one quantitative or data-based step.
   • Criterion 7: periodic trends, inorganic properties and gases, combining precise chemical representation with evidence from the supplied context.
   • Criterion 8: solution concentration and volumetric analysis, showing a complete calculation path, units and significant figures.
   See what this paper covers →
3. Practice Exam 3180 marks · 22 questions · 4 sections
   • Criterion 5: electrolysis products and Faraday calculations, with an original data set and correctly specified aqueous/phase conditions.
   • Criterion 6: Kc, ICE tables and equilibrium shifts, requiring a justified chemical explanation and at least one quantitative or data-based step.
   • Criterion 7: synthesis, yield and polymer structure, combining precise chemical representation with evidence from the supplied context.
   • Criterion 8: gas laws and empirical formula, showing a complete calculation path, units and significant figures.
   See what this paper covers →
4. Practice Exam 4180 marks · 22 questions · 4 sections
   • Criterion 5: corrosion mechanisms and protection, with an original data set and correctly specified aqueous/phase conditions.
   • Criterion 6: acid-base equilibria and titration evidence, requiring a justified chemical explanation and at least one quantitative or data-based step.
   • Criterion 7: intermolecular forces and analytical spectra, combining precise chemical representation with evidence from the supplied context.
   • Criterion 8: equilibrium, pH and quantitative interpretation, showing a complete calculation path, units and significant figures.
   See what this paper covers →
5. Practice Exam 5180 marks · 22 questions · 4 sections
   • Criterion 5: redox potentials and reaction prediction, with an original data set and correctly specified aqueous/phase conditions.
   • Criterion 6: energy profiles and catalyst effects, requiring a justified chemical explanation and at least one quantitative or data-based step.
   • Criterion 7: functional groups, nomenclature and reaction pathways, combining precise chemical representation with evidence from the supplied context.
   • Criterion 8: electrochemistry and multistep mole calculations, showing a complete calculation path, units and significant figures.
   See what this paper covers →
6. Practice Exam 6180 marks · 22 questions · 4 sections
   • Criterion 5: redox balancing and agent identity, with an original data set and correctly specified aqueous/phase conditions.
   • Criterion 6: calorimetry and enthalpy, requiring a justified chemical explanation and at least one quantitative or data-based step.
   • Criterion 7: organic structure, reactions and spectral evidence, combining precise chemical representation with evidence from the supplied context.
   • Criterion 8: stoichiometry, limiting reagent and yield, showing a complete calculation path, units and significant figures.
   See what this paper covers →
7. Practice Exam 7180 marks · 22 questions · 4 sections
   • Criterion 5: galvanic cells, E° and cell notation, with an original data set and correctly specified aqueous/phase conditions.
   • Criterion 6: collision theory and rate data, requiring a justified chemical explanation and at least one quantitative or data-based step.
   • Criterion 7: periodic trends, inorganic properties and gases, combining precise chemical representation with evidence from the supplied context.
   • Criterion 8: solution concentration and volumetric analysis, showing a complete calculation path, units and significant figures.
   See what this paper covers →
8. Practice Exam 8180 marks · 22 questions · 4 sections
   • Criterion 5: electrolysis products and Faraday calculations, with an original data set and correctly specified aqueous/phase conditions.
   • Criterion 6: Kc, ICE tables and equilibrium shifts, requiring a justified chemical explanation and at least one quantitative or data-based step.
   • Criterion 7: synthesis, yield and polymer structure, combining precise chemical representation with evidence from the supplied context.
   • Criterion 8: gas laws and empirical formula, showing a complete calculation path, units and significant figures.
   See what this paper covers →
9. Practice Exam 9180 marks · 22 questions · 4 sections
   • Criterion 5: corrosion mechanisms and protection, with an original data set and correctly specified aqueous/phase conditions.
   • Criterion 6: acid-base equilibria and titration evidence, requiring a justified chemical explanation and at least one quantitative or data-based step.
   • Criterion 7: intermolecular forces and analytical spectra, combining precise chemical representation with evidence from the supplied context.
   • Criterion 8: equilibrium, pH and quantitative interpretation, showing a complete calculation path, units and significant figures.
   See what this paper covers →
10. Practice Exam 10180 marks · 22 questions · 4 sections
    • Criterion 5: redox potentials and reaction prediction, with an original data set and correctly specified aqueous/phase conditions.
    • Criterion 6: energy profiles and catalyst effects, requiring a justified chemical explanation and at least one quantitative or data-based step.
    • Criterion 7: functional groups, nomenclature and reaction pathways, combining precise chemical representation with evidence from the supplied context.
    • Criterion 8: electrochemistry and multistep mole calculations, showing a complete calculation path, units and significant figures.
    See what this paper covers →
11. Practice Exam 11180 marks · 22 questions · 4 sections
    • Criterion 5: redox balancing and agent identity, with an original data set and correctly specified aqueous/phase conditions.
    • Criterion 6: calorimetry and enthalpy, requiring a justified chemical explanation and at least one quantitative or data-based step.
    • Criterion 7: organic structure, reactions and spectral evidence, combining precise chemical representation with evidence from the supplied context.
    • Criterion 8: stoichiometry, limiting reagent and yield, showing a complete calculation path, units and significant figures.
    See what this paper covers →
12. Practice Exam 12180 marks · 22 questions · 4 sections
    • Criterion 5: galvanic cells, E° and cell notation, with an original data set and correctly specified aqueous/phase conditions.
    • Criterion 6: collision theory and rate data, requiring a justified chemical explanation and at least one quantitative or data-based step.
    • Criterion 7: periodic trends, inorganic properties and gases, combining precise chemical representation with evidence from the supplied context.
    • Criterion 8: solution concentration and volumetric analysis, showing a complete calculation path, units and significant figures.
    See what this paper covers →
13. Practice Exam 13180 marks · 22 questions · 4 sections
    • Criterion 5: electrolysis products and Faraday calculations, with an original data set and correctly specified aqueous/phase conditions.
    • Criterion 6: Kc, ICE tables and equilibrium shifts, requiring a justified chemical explanation and at least one quantitative or data-based step.
    • Criterion 7: synthesis, yield and polymer structure, combining precise chemical representation with evidence from the supplied context.
    • Criterion 8: gas laws and empirical formula, showing a complete calculation path, units and significant figures.
    See what this paper covers →
14. Practice Exam 14180 marks · 22 questions · 4 sections
    • Criterion 5: corrosion mechanisms and protection, with an original data set and correctly specified aqueous/phase conditions.
    • Criterion 6: acid-base equilibria and titration evidence, requiring a justified chemical explanation and at least one quantitative or data-based step.
    • Criterion 7: intermolecular forces and analytical spectra, combining precise chemical representation with evidence from the supplied context.
    • Criterion 8: equilibrium, pH and quantitative interpretation, showing a complete calculation path, units and significant figures.
    See what this paper covers →
15. Practice Exam 15180 marks · 22 questions · 4 sections
    • Criterion 5: redox potentials and reaction prediction, with an original data set and correctly specified aqueous/phase conditions.
    • Criterion 6: energy profiles and catalyst effects, requiring a justified chemical explanation and at least one quantitative or data-based step.
    • Criterion 7: functional groups, nomenclature and reaction pathways, combining precise chemical representation with evidence from the supplied context.
    • Criterion 8: electrochemistry and multistep mole calculations, showing a complete calculation path, units and significant figures.
    See what this paper covers →
16. Practice Exam 16180 marks · 22 questions · 4 sections
    • Criterion 5: redox balancing and agent identity, with an original data set and correctly specified aqueous/phase conditions.
    • Criterion 6: calorimetry and enthalpy, requiring a justified chemical explanation and at least one quantitative or data-based step.
    • Criterion 7: organic structure, reactions and spectral evidence, combining precise chemical representation with evidence from the supplied context.
    • Criterion 8: stoichiometry, limiting reagent and yield, showing a complete calculation path, units and significant figures.
    See what this paper covers →
17. Practice Exam 17180 marks · 22 questions · 4 sections
    • Criterion 5: galvanic cells, E° and cell notation, with an original data set and correctly specified aqueous/phase conditions.
    • Criterion 6: collision theory and rate data, requiring a justified chemical explanation and at least one quantitative or data-based step.
    • Criterion 7: periodic trends, inorganic properties and gases, combining precise chemical representation with evidence from the supplied context.
    • Criterion 8: solution concentration and volumetric analysis, showing a complete calculation path, units and significant figures.
    See what this paper covers →
18. Practice Exam 18180 marks · 22 questions · 4 sections
    • Criterion 5: electrolysis products and Faraday calculations, with an original data set and correctly specified aqueous/phase conditions.
    • Criterion 6: Kc, ICE tables and equilibrium shifts, requiring a justified chemical explanation and at least one quantitative or data-based step.
    • Criterion 7: synthesis, yield and polymer structure, combining precise chemical representation with evidence from the supplied context.
    • Criterion 8: gas laws and empirical formula, showing a complete calculation path, units and significant figures.
    See what this paper covers →
19. Practice Exam 19180 marks · 22 questions · 4 sections
    • Criterion 5: corrosion mechanisms and protection, with an original data set and correctly specified aqueous/phase conditions.
    • Criterion 6: acid-base equilibria and titration evidence, requiring a justified chemical explanation and at least one quantitative or data-based step.
    • Criterion 7: intermolecular forces and analytical spectra, combining precise chemical representation with evidence from the supplied context.
    • Criterion 8: equilibrium, pH and quantitative interpretation, showing a complete calculation path, units and significant figures.
    See what this paper covers →
20. Practice Exam 20180 marks · 22 questions · 4 sections
    • Criterion 5: redox potentials and reaction prediction, with an original data set and correctly specified aqueous/phase conditions.
    • Criterion 6: energy profiles and catalyst effects, requiring a justified chemical explanation and at least one quantitative or data-based step.
    • Criterion 7: functional groups, nomenclature and reaction pathways, combining precise chemical representation with evidence from the supplied context.
    • Criterion 8: electrochemistry and multistep mole calculations, showing a complete calculation path, units and significant figures.
    See what this paper covers →