At `- 50^(@) C`, the self - ionization constant (ion product ) of `NH_(3)" is " K_(NH_(3)) = [NH_(4)^(+)] [NH_(2)^(-)] = 10^(-30) M^(2)`. How many amide ions are present per `mm^(3)` of pure liquid ammonia ?

Liquid ammonia ionises to a slight extent. At -50^(@)C , its self ionisation constant, K_(NH_(3))=[NH_(4)^(+)][NH_(2)^(-)]=10^(-30) . How many amide ions are present per cm^(3) of pure liquid ammonia ? ("Assume" N=6.0xx10^(23))

Liquid ammonia ionises to a slight extent. At -50^@C its self ionisation constant K_(NH_3) = [NH_4^+] [NH_2^-] = 10^(-30) How many amide ions are present per cm^3 of pure liquid ammonia . (Assume N= 6.0xx10^(23) )?

Liquid NH_(3) ionises to a slight extent. At -50^(@)C , its ionic product K_(NH_(3)) = [overset(Θ)Nh_(4)] [overset(Θ)NH_(2)] is 10^(-30) . How many amide ions, overset(o+)NH_(2) are present per mm^(3) of pure liquid NH_(3) ?

Auto-ionisation of liquid NH_(3) is 2NH_(3) hArr NH_(4)^(o+) +NH_(2)^(Theta) with K_(NH_(3)) = [NH_(4)^(o+)] [NH_(2)^(Theta)] = 10^(-30) at -50^(@)C Number of amide ions (NH_(2)^(Theta)) , present per mm^(3) of pure liquid NH_(3) is

Auto-ionisation of liquid NH_(3) is 2NH_(3) hArr NH_(4)^(o+) +NH_(2)^(Theta) with K_(NH_(3)) = [NH_(4)^(o+)] [NH_(2)^(Theta)] = 10^(-30) at -50^(@)C Number fo amide ions (NH_(2)^(Theta)) , present per mm^(3) of pure liquied NH_(3) is

At -50^(@)C liquid NH_(3) has ionic product is 10^(-30) .How many amide (NH_(2)^(-)) ions are present per mm .^(3) in pure liqudi NH_(3) ? (Take N_(A)=6xx10^(23) )

Liquid NH_(3) dissociation to a slight extent, At a certain temp. its self dissociation constant K_(SDC(NH_(3)) = 10^(-30) . The number of NH_(4)^(+) ions are present per 100 cm^(3) of pure liquid are :