Consider the following species: `(C_(3)H_(5))_(3)Al`
Find out total number of species which can act as Lewis acid.

Consider the following species and find out total number of species which are polar and can act as Lewis acid C Cl_(4),CO_(2),SO_(2),AlCl_(3),HCHO,SO_(3),SiCl_(4),BCl_(3),CF_(4)

Consider the following species and find out total number of species which are polar and can act as Lewis acid C Cl_(4),CO_(2),SO_(2),AlCl_(3),HCHO,SO_(3),SiCl_(4),BCl_(3),CF_(4)

Consider the following species: (i) CH_(3)^(+) (ii) (C_(3)H_(5))_(3)Al (iii) HCHO (iv) CH_(4) (v) (C_(2)H_(5))_(3)N (vI) TiCl_(4) (vii) CO_(2) (viii) SiCl_(4) (ix) BF_(3) the find out total number of species which can act as Lewis acid.

Consider the following species: CF_(4),GeH_(4),BCl_(3),AlBr_(3),H_(2)O,PH_(3),PCl_(5),CO_(2),CH_(4) and calculate value of (x-y)^(2) : Where, x: Total number of species which can act as only lewis acid. y: total number of species which can act as lewis acid as well as lewis base.

Consider the following species: CF_(4),GeH_(4),BCl_(3),AlBr_(3),H_(2)O,PH_(3),PCl_(5),CO_(2),CH_(4) and calculate value of (x-y)^(2) : Where, x: Total number of species which can act as only lewis acid. y: total number of species which can act as lewis acid as well as lewis base.

Select the species which can act as an acid and as base:

Which of the following can act as a lewis acid ?

Consider the coordination compound , [Co(NH_(3))_(6)]Cl_(3) . In the formation of the complex, the species which acts as the Lewis acid is :

The species which can act both as Bronsted acid and base is

Which of the following species can act as reducing agent ?