Xenon forms three binary fluorides $X e F_{2}, X e F_{4}$ and $X e F_{6}$ . All the three fluorides are colourless crystalline solids sublimating at 295K. They are powerful fluorinating agents and they are readily hydrolysed by water.
$X e O_{3}$ is a colorless explosive solid acid, prepared by

Hydrolysis of $X e F_{2}$

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Hydrolysis of $X e F_{4}$

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Hydrolysis of $X e F_{6}$

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Both (B) and (C)

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Solution

The correct option is D
Both (B) and (C)

$6 X e F_{4} + 12 H_{2} O \to 2 X e O_{3} + 4 X e + 12 H_{2} F_{2} + 3 O_{2} X e F_{6} + 3 H_{2} O \to X e O_{3} + 6 H F$

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Xenon forms three binary fluorides $X e F_{2}, X e F_{4}$ and $X e F_{6}$ . All the three fluorides are colourless crystalline solids sublimating at 295K. They are powerful fluorinating agents and they are readily hydrolysed by water.
The shape of $X e O_{3}$ is:

How are xenon fluorides $X e F_{2}, X e F_{4}$ and $X e F_{6}$ obtained?

Q. Which of the following options is/are true for

X e F_{6}

Q. All three of the xenon fluorides undergo hydrolysis.

Which of the following binary xenon fluorides produce hydrofluoric acid on hydrolysis?

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Xenon forms three binary fluorides XeF2, XeF4 and XeF6. All the three fluorides are colourless crystalline solids sublimating at 295K. They are powerful fluorinating agents and they are readily hydrolysed by water. XeO3 is a colorless explosive solid acid, prepared by

The correct option is D Both (B) and (C) 6XeF4+12H2O→2XeO3+4Xe+12H2F2+3O2XeF6+3H2O→XeO3+6HF

Xenon forms three binary fluorides $X e F_{2}, X e F_{4}$ and $X e F_{6}$ . All the three fluorides are colourless crystalline solids sublimating at 295K. They are powerful fluorinating agents and they are readily hydrolysed by water.
$X e O_{3}$ is a colorless explosive solid acid, prepared by

The correct option is D
Both (B) and (C)

$6 X e F_{4} + 12 H_{2} O \to 2 X e O_{3} + 4 X e + 12 H_{2} F_{2} + 3 O_{2} X e F_{6} + 3 H_{2} O \to X e O_{3} + 6 H F$