`AlCl_(3)` forms dimer in vapour phase but `BCl_(3)` does not because

Nature of bonding found in vapour phase AlCl_3 is

AlCl_(3) on hydrolysis gives

AlCl_(3) is an electron-deficient compound but AlF_(3) is not, due to

What happens when: (write chemical equations only ) (a) Anhydrous AlCl_(3) is exposed to atmosphere. (b) AlCl_(3) dissolves in aqueous sodium hydroxide (excess)

Dimer Al_(2)Cl_(6) is formed because

Dimer Al_(2)Cl_(6) is formed because

Anhydrous AlCl_(3) produces fumes in the air because of

AlCl_3 is a Lewis acid.

Assertion : Most carboxylic acids exist as dimers in the vapour phase or in aprotic solvents. Reason : Higher carboxylic acids are practically insoluble in water due to the increased hydrophobic interaction of hydrocarbon part.

BCl_(3) does not exist as dimer but BH_(3) exist as dimer (B_(2)H_(6)) because :-