Match the Xenon compounds in Column-I with its structure in Column-II and assign the correct code: Column-I Column-II a X e F 4 i pyramidal b X e F 6 i i square planar c X e O F 4 i i i distorted octahedral d X e O 3 i v square pyramidal

a - i i ; b - i i i ; c - i v ; d - i

a - i ; b - i i ; c - i i i ; d - i v

a - i i ; b - i i i ; c - i ; d - i v

a - i i i ; b - i v ; c - i ; d - i i

MEDIUM

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Write the complete and the partial hydrolysis product of ${XeF}_{6}$ .

Important Questions on The p-Block Elements

HARD

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

A xenon compound

A

upon partial hydrolysis gives

{XeO}_{2} F_{2}

. The number of lone pair of electrons present in compound

A

is ___ (Round off to the Nearest integer)

EASY

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

How is

{XeF}_{4}

prepared?

MEDIUM

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

Which of the following is not formed during the hydrolysis (partial / full) of

{XeF}_{6}

EASY

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

{XeF}_{6}

on partial hydrolysis with water, produces a compound

X .

The same compound

X

is formed when

{XeF}_{6}

reacts with silica. The compound

X

is:

MEDIUM

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

143 K,

the reaction of

X e F_{4}

with

O_{2} F_{2}

produces a xenon compound

Y .

The total number of lone pair(s) of electrons present on the whole molecule of

Y

is __________

MEDIUM

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

Two compounds $X$ and $Y$ can react with ${XeF}_{6}$ to form cationic and anionic species respectively. $X$ and $Y$ can be

MEDIUM

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

Among the following molecules,

(i) ${XeO}_{3}$

(ii) ${XeOF}_{4}$

(iii) ${XeF}_{6}$

those having same number of lone pairs on $Xe$ are:

EASY

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

The complete hydrolysis of

{XeF}_{6}

result in the formation of

MEDIUM

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

Match the Xenon compounds in Column-I with its structure in Column-II and assign the correct code:

Column-I		Column-II
$(a)$	$X e F_{4}$	$(i)$	pyramidal
$(b)$	$X e F_{6}$	$(i i)$	square planar
$(c)$	$X e O F_{4}$	$(i i i)$	distorted octahedral
$(d)$	$X e O_{3}$	$(i v)$	square pyramidal

MEDIUM

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

0.1

mole of

{XeF}_{6}

is treated with

1.8 g

of water. The product obtained is

HARD

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

Match List-I with List-II and select the correct answer using following codes

	List-I	List-II
A	${XeF}_{2}$	Regular tetrahedron
B	${XeO}_{3}$	Distorted octahedron
C	${XeO}_{4}$	Linear
D	${XeF}_{6}$	Square planer
E	${XeF}_{4}$	Pyramidal

EASY

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

X e F_{6}

on complete hydrolysis yields '

X

'. The molecular formula of

X

and its geometry, respectively, are:

MEDIUM

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

The number of lone pair of electron and hybridisation in

{XeOF}_{4}

HARD

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

How are

{XeF}_{2}

and

{XeF}_{4}

prepared? Give their structures.

EASY

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

{XeF}_{6}

on complete hydrolysis gives

EASY

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

{XeF}_{2}, {XeF}_{4}, {XeF}_{6}

the number of lone pairs on

Xe

are respectively

MEDIUM

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

Partial hydrolysis of

{XeF}_{6}

gives

EASY

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

Draw the structure of

{XeF}_{2}

molecule.

HARD

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

Under ambient conditions, the total number of gases released as products in the final step of the reaction scheme shown below is

Question Image

MEDIUM

Chemistry>Inorganic Chemistry>The p-Block Elements>Important Compounds of Group 18 Elements

Match the compounds given in column I with the hybridization and shape given in column II and mark the correct option.

	Column I		Column II
(a)	$X e F_{6}$	(i)	Distorted octahedral
(b)	$X e O_{3}$	(ii)	Square planar
(c)	$X e O F_{4}$	(iii)	Pyramidal
(d)	$X e F_{4}$	(iv)	Square pyramidal

Write the complete and the partial hydrolysis product of XeF6.

Important Questions on The p-Block Elements

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Write the complete and the partial hydrolysis product of ${XeF}_{6}$ .