1. [TRANSITION METALS] Chemical Properties
What oxidation states for this element are able to occur?2. [TRANSITION METALS] Chemical Properties
Finding Oxidation States and Electronic Configuration.3. [TRANSITION METALS] Chemical Properties
What is the final product when excess zinc is added to an acidified solution of VO2+ ions?4. [TRANSITION METALS] Chemical Properties
Why is Fe a suitable catalyst?5. [TRANSITION METALS] Chemical Properties
Which metal ion is not a suitable catalyst?6. [TRANSITION METALS] Chemical Properties
Deducing the compound.7. [TRANSITION METALS] Chemical Properties
What are the observations?8. [TRANSITION METALS] Chemical Properties
Who is the stronger ligand?9. [TRANSITION METALS] Chemical Properties
Features of Ligand Exchange Reaction10. [TRANSITION METALS] Chemical Properties
Precipitation and Ligand Exchange Reaction11. [TRANSITION METALS] Chemical Properties
Precipitation and Ligand Exchange Reaction12. [TRANSITION METALS] Chemical Properties
Features of Ligand Exchange Reaction13. [TRANSITION METALS] Chemical Properties
What are the types of bond in a complex?14. [TRANSITION METALS] Chemical Properties
Can there be d-to-d transition?15. [TRANSITION METALS] Chemical Properties
Factors affecting colour of complexes16. [TRANSITION METALS] Chemical Properties
High spin state, low spin state17. [TRANSITION METALS] Chemical Properties
What is the complex?