TCE Chemistry Level 4 Notes

These are the 20 revision notes inside the TCE Chemistry Mastery Pack. Open any note to see what it covers before you buy.

1. Electron transfer, oxidation states and redox agents1 · Criterion 5 — Electrochemistry

   Redox foundations

2. Construct and check acidic redox half-equations1 · Criterion 5 — Electrochemistry

   Balancing in acid

3. Reduction potentials, cell notation and galvanic cells1 · Criterion 5 — Electrochemistry

   Potential and spontaneity

4. Galvanic cells, cell notation and ion/electron paths1 · Criterion 5 — Electrochemistry

   Cell diagrams and conventions

5. Electrolysis products, corrosion and electrochemical protection1 · Criterion 5 — Electrochemistry

   Electrolysis and corrosion

6. Enthalpy change, calorimetry and energy profiles2 · Criterion 6 — Thermochemistry, kinetics and equilibrium

   Energy profiles and enthalpy

7. Calorimetry, calibration and molar enthalpy2 · Criterion 6 — Thermochemistry, kinetics and equilibrium

   Calorimetry

8. Collision theory, reaction rates and rate data2 · Criterion 6 — Thermochemistry, kinetics and equilibrium

   Kinetics

9. Dynamic equilibrium, Kc expressions and calculations2 · Criterion 6 — Thermochemistry, kinetics and equilibrium

   Equilibrium constants

10. Equilibrium shifts, acid strength and titration reasoning2 · Criterion 6 — Thermochemistry, kinetics and equilibrium

    Equilibrium shifts and acids

11. Electron configuration and chemical periodicity3 · Criterion 7 — Properties and reactions of organic and inorganic matter

    Periodic structure and trends

12. Kinetic molecular theory, gas laws and real-gas limits3 · Criterion 7 — Properties and reactions of organic and inorganic matter

    Gases and particle models

13. Functional groups, IUPAC names and structural formulae3 · Criterion 7 — Properties and reactions of organic and inorganic matter

    Organic structure and nomenclature

14. Reaction pathways, conditions, yield and polymers3 · Criterion 7 — Properties and reactions of organic and inorganic matter

    Organic reactions and synthesis

15. IR, mass spectra and structure/property evidence3 · Criterion 7 — Properties and reactions of organic and inorganic matter

    Spectroscopy and properties

16. Equations, mole ratios, limiting reagent and yield4 · Criterion 8 — Quantitative chemical problem solving

    Mole and stoichiometry toolkit

17. Concentration, dilution, aliquots and volumetric analysis4 · Criterion 8 — Quantitative chemical problem solving

    Solutions and titration calculations

18. PV=nRT, molar mass and empirical formulae4 · Criterion 8 — Quantitative chemical problem solving

    Gas and formula calculations

19. Calorimetry and quantitative chemical systems4 · Criterion 8 — Quantitative chemical problem solving

    Energy, rate and equilibrium calculations

20. E°cell, charge, electrolysis time and product mass4 · Criterion 8 — Quantitative chemical problem solving

    Electrochemical calculations