Which one of the following is the correct statement-Beryllium exhibits coordination number of six - -B2H6-2NH3-is known as -inorganic benzene- - - -Boric acid is a protonic acid - - - -Chlorides of both beryllium and aluminium have bridged chloride structures in solid phase

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Aluminium Chloride

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Question

Which one of the following is the correct statement?

B₂H₆ .2NH₃ is known as ‘inorganic benzene’.

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Boric acid is a protonic acid

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Beryllium exhibits coordination number of six

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Chlorides of both beryllium and aluminium have bridged chloride structures in solid phase

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Solution

The correct option is D Chlorides of both beryllium and aluminium have bridged chloride structures in solid phase
$a -$ diborane diammoniate
$b -$ Boric acids does not liberate protons on its own but acts as a monobasic acid upon hydrolysis
$c -$ Maximum valency of $B e$ is $4$

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Q. Lewis acid other than anhydrous aluminium chloride which can be used during ethylation of benzene is:

Choose the correct statements from the following . ?
(a) Beryllium is not readily attacked by acids because of the presence of an oxide film on the surface of the metal
(b) beryllium stable is readily soluble in water as the greater hydration enthalpy of $B e 2 +$ very the lattice enthalpy factor
(c) Beryllium exhibits coordination number more than four
(d) Beryllium oxide is purely acidic in nature

Suggest the name of a Lewis acid other than anhydrous aluminium chloride which can be used during ethylation of benzene.

Q. Which of the following is known as inorganic benzene

Q. Which of the following compound is known as inorganic benzene?

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Which one of the following is the correct statement?

The correct option is D Chlorides of both beryllium and aluminium have bridged chloride structures in solid phasea− diborane diammoniate b− Boric acids does not liberate protons on its own but acts as a monobasic acid upon hydrolysis c− Maximum valency of Be is 4

The correct option is D Chlorides of both beryllium and aluminium have bridged chloride structures in solid phase
$a -$ diborane diammoniate
$b -$ Boric acids does not liberate protons on its own but acts as a monobasic acid upon hydrolysis
$c -$ Maximum valency of $B e$ is $4$