`B_(2)H_(6)` and `B_(4)H_(10)` respectively are examples of.

In B_(2)H_(6)

B_(2)H_(6) reacts with O_(2) and H_(2)O respectively to form

B_(2)H_(6) reacts with O_(2) and H_(2)O respectively to form?

B_(2)H_(6) reacts with O_(2) and H_(2)O respectively to form

k_(b_(1)) of N_(2)H_(4) is 4xx10^(-6) .Then what is the acid dissociation constant of N_(2)H_(5)^(+) and N_(2)H_(6)^(+) respectively?

A substance A_(2)H_(4) is dissolved in water to form aqueous K_(b_(1))=4xx10^(-5) and K_(b_(2))=10^(-8) respectively then which of the option are correct regarding approximate concentration of species when 0.1 M aqueous solution of A_(2)H_(4) is taken:

The number of 2-centre-2-electron and 3-centre-2-electron bonds in B_(2)H_(6) , respectively, are

The number of 2-centre-2-electron and 3-centre-2-electron bonds in B_(2)H_(6) , respectively, are

The number of 2-centre-2-electron and 3-centre-2-electron bonds in B_(2)H_(6) , respectively, are