Edexcel A-level Chemistry 9CH0 · 15B.32
How a catalytic converter works
- Code
- 15B.32
- In
- 15B Reactions of transition metal elements
- Topic
- 15 Transition Metals
- Course
- A-level Chemistry 9CH0
- Board
- Edexcel
Grade boundaries·Edexcel command words
Codes and titles are read by a script from Edexcel's published specification and have not been checked by a person. What each point covers is in the specification itself: Edexcel’s specification.
Points under 15B.32
Points in 15B Reactions of transition metal elements
- 15B.20 Colours of vanadium oxidation states
- 15B.21 Interconverting vanadium oxidation states
- 15B.22 Reduction and formation of dichromate(VI)
- 15B.23 Dichromate(VI) and chromate(VI) equilibrium
- 15B.24 Reactions of metal ions with hydroxide and ammonia
- 15B.25 Ligand exchange versus amphoteric behaviour
- 15B.26 Ligand exchange and colour change in copper and cobalt complexes
- 15B.27 Ligand substitution changing coordination number
- 15B.28 Chelate effect and entropy
- 15B.29 Transition metals as catalysts
- 15B.30 Heterogeneous catalysts
- 15B.31 Vanadium(V) oxide in the contact process
- 15B.32 How a catalytic converter works
- 15B.33 Homogeneous catalysts
- 15B.34 Fe2+ catalysing the iodide–peroxodisulfate reaction
- 15B.35 Autocatalysis by Mn2+ ions
- CP12 The preparation of a transition metal complex