Hydrolysis of XeF6 and Redox Reaction
The hydrolysis of XeF6 does lead to a redox reaction. Let's break it down in detail:

Hydrolysis of XeF6:
- XeF6 undergoes hydrolysis in the presence of water to form xenon oxyfluorides and hydrofluoric acid.
- The reaction can be represented as: XeF6 + 3H2O → XeO3 + 6HF

Redox Reaction:
- In this reaction, xenon changes its oxidation state from +6 in XeF6 to +6 in XeO3.
- Oxygen changes its oxidation state from -2 in water to +2 in XeO3.
- Fluorine changes its oxidation state from -1 in XeF6 to -1 in HF.
- This indicates a redox reaction where oxidation and reduction processes occur simultaneously.

Explanation:
- In the hydrolysis of XeF6, xenon is oxidized while oxygen is reduced.
- The change in oxidation states of xenon, oxygen, and fluorine confirms the occurrence of a redox reaction.
- The transfer of electrons between xenon, oxygen, and fluorine during the reaction results in the formation of xenon oxyfluorides and hydrofluoric acid.
In conclusion, the hydrolysis of XeF6 leads to a redox reaction due to the change in oxidation states of the elements involved in the reaction.