then X= √Kb/C= √(1 x 10^-5/10^-2) = 0.03162. So C= [OH-]/X. =10^-2/0.03162=0.3162 M. So Mass of 500 ml.of 0.3162M LiOH= 0.3162 x 23.95/2.Click to see full answer. Also question is, what is the kb of NaOH?The base dissociation constant, or Kb, of sodium hydroxide, or NaOH, is approximately 1020. NaOH is classified as a strong base, which completely ionizes or dissociates in a solution into Na+ and OH- ions.One may also ask, is LiOH a strong base? It is soluble in water and slightly soluble in ethanol, and is available commercially in anhydrous form and as the monohydrate (LiOHH2O). While lithium hydroxide is a strong base, it is the weakest known alkali metal hydroxide. Regarding this, what is the kb value of Koh? For the definitions of Kbn constants scroll down the page. Note that ammonia and most organic bases release OH- ions due to hydrolysis, not dissociation. pH calculator » dissociation constants. name formula pKbn methylamine CH3NH2 3.36 ethylamine C2H5NH2N 3.25 potassium hydroxide KOH 0.5 sodium hydroxide NaOH 0.2 Which is stronger base LiOH or NaOH?So, yes, LiOH is weaker, at least in the gas phase. So in both the gas and aqueous phases, LiOH is a weaker base than NaOH.