What makes transition metals different from other metals in terms of reactivity?
Transition metals have unique electron configurations that allow them to form various oxidation states, making their reactivity distinct.
Can you explain how their d-orbitals influence their chemical behavior?
Certainly! The d-orbitals can hold up to 10 electrons, allowing transition metals to engage in complex bonding and reactions.
Are there specific examples of transition metals that show unusual reactivity?
Yes, for instance, chromium and manganese can exhibit multiple oxidation states, leading to diverse chemical reactions.
How do ligands affect the reactivity of transition metals?
Ligands can stabilize different oxidation states and influence the geometry of the metal complex, affecting reactivity.
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