Question

a xenon flouride X1 is formed by heating xenon with excess of flouride at very high temperature and pressure. X1 has a melting point 47.4 °. X1 can acts as flouride ion donor as well as flouride ion acceptor. X1 undergoes hydrolysis vigorously forming an explosive white crystalline solid X2. The compound X2 is
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Answer 1

Answer:

flouride is very good condition is satisfied with the following

Answer 2

The compound X₂ is XeO₃.

Explanation:

• When xenon is heated with fluorine at a temperature of 573K, it forms xenon hexachloride.
• The melting point of XeF₆ is around 47.4 °C.
• The hydrolysis of hexafluoride forms xenon trioxide (X₂).
• It is highly explosive, an oxidising agent, and white crystalline solid.
• The reaction is:

        $XeF_6 +3H_{2}O\rightarrow XeO_{3} +6HF$