To calculate `K_(W)` of water
`H_(2)O(l)+H_(2)O_(l)toH_(2)O^(+)(aq)+OH^(-)(aq)`

For the process, H_(2)O(l) to H_(2)O(g)

For the auto-ionization of water at 25^(@)C, H_(2)O(l)iff H^(+)(aq)+OH^(-) (aq) equilibrium constant is 10^(-14) . What is DeltaG^(@) for the process?

H_(2) SO_(4) in aqueous medium ionises in two steps H_(2) SO_(4) (aq) + H_(2) O (i) to H_(3) O^(+) (aq) + HSO_(4)^(-) (aq) , K_(a_(1)) = x HSO_(4)^(-) (aq) + H_(2) O(l) to H_(3) O^(+) (aq) + SO_(4)^(2-) , K_(a_(2)) = y What is relation between x and y ?

What is the reaction given below, called ? H_(2)O_((l)) + H_(2)O_((l)) hArr H_(3)O_((aq))^(+) + OH_((aq))^(-)

Sort out the conjugate pairs of acid and bases in the following reactions : H_2O(l) + H_2O (l) hArr H_3O^(+) (aq) + OH^(-) (aq).

Calculate the pH of a 0.15 M aqueous solutions of AlCl_(3) Given : [Al(H_(2)O)_(6)]^(3+)(aq)+H_(2)O(l)hArr[(AlH_(2)O)_(5)OH]^(2+)(aq),K_(a)=1.5xx10^(-5)

Complete the following chemical equations : (i) P_(4) (s) +NaOH (aq) +H_(2)O (l) to (ii) I^(-) (aq) +H_(2)O (l) +O_(3) (g) to

Consider the reactions : 2S_(2)O_(3)^(2-)(aq)+l_(2)(s)toS_(4)O_(6)^(2-)(aq)+2l^(-)(aq) S_(2)O_(3)^(2-)(aq)+2Br_(2)(l)+5H_(2)O(l)to2SO_(4)^(2-)(aq)+4Br^(-)(aq)+10H^(+)(aq) Why does the same reductant, thiosulphate react differently with iodine and bromine?

Complete the following chemical equations : (i) MnO_(4)^(-) (aq) + S_(2)O_(3)^(2-) (aq) + H_(2) O(l) to1 (ii) Cr_(2)O_(7)^(2-) (aq) + Fe^(2+)(aq) + H^(+) (aq) to

Determine enthalpy of formation for H_(2)O_(2)(l) , using the listed enthalpies of reaction : N_(2)H_(4)(l)+2H_(2)O_(2)(l)toN_(2)(g)+4H_(2)O(l) , " "Delta_(r)H_(1)^(@)=-818kJ//mol N_(2)H_(4)(l)+O_(2)(g)toN_(2)(g)+2H_(2)O(l) " "Delta_(r)H_(2)^(@)=-622kJ//mol H_(2)(g)+(1)/(2)O_(2)(g)toH_(2)O(l)" "Delta_(r)H_(3)^(@)=-285kJ//mol