MGO+MG(OH)2

The K_(sp) of Mg(OH)_(2) is 1xx10^(-12) . 0.01 M Mg(OH)_(2) will precipitate at the limiting pH

Which of the given statements is (are) correct about the following reaction ? MgO(s) + H_(2)O(l) to Mg(OH)_(2)(s) + heat

Magnesium forms the following compounds . Magnesium oxide - MgO Megnesium hydroxide - Mg(OH)_(2) Magnesium sulphate - MgSO_(4) If radium too belongs to the same group as magnesium , what would be the formula of radium oxide, radium hydroxide and radium sulphate ?

Mg(OH)_(2)+HCI rarr Mg(OH)CI +H_(2)O In this reaction, the equivalent weight of Mg(OH)_(2)

Arrange the following in the order of property mentioned : (i) BaCl_2 , MgCl_2, BeCl_2 , CaCl_2 increasing ionic character (ii) Mg(OH)_2, Sr(OH)_2, Ba(OH)_2, Ca(OH)_2 increasing solubility in water (iii) BeO, MgO , BaO, CaO increasing basic character (iv) Mg(OH)_2, Ba(OH)_2, Ca(OH)_2 increasing basic character

A solution required [OH^(-)]=2M . If degree of dissociation of Mg(OH)_(2) is alpha , what analytical molarity solution of Mg(OH)_(2) is

If the solubility of an aqueoues solution of Mg(OH)_(2) be X mole litre, then K_(SP) of Mg(OH)_(2) is: