At some high temperature, `K_(w)` of water is `10^(-13)`. Then the `P^(H)` of the water at the same temperature is

At a certain temperature , K_(w) of water is 9.0 xx 10^(-14) . The pH of water at this temperature is

At a certain temperature , K_(w) of water is 9.0 xx 10^(-14) . The pH of water at this temperature is

At some high temperature the P^(OH) of water is found to be 6.7 . Then the value of K_(w) at the same temperature is

At a certain temperature, K_w of pure water =10^(-12) What will be the pH of a neutral solution at that temperature?

At certain temperature, the H^(+) ion concentration of water is 4 xx 10^(-7) 'M then the value of K_(w) , at the same temperature is

At certain temperature, the H^(+) ion concentration of water is 4 xx 10^(-7) 'M then the value of K_(w) , at the same temperature is

At certain temperature the H^(+) ions concentration of water is 4 xx 10^(-7) M then the value of K_(w) at the same temperature is

At a certain temperature K_(w) is 9.55xx10^(-14) . The pH of water at this temperature is :

At certain temperature K_(w) for water 4xx10^(-14) which of the following is incorrect for pure water at the given temperature? log 2=0.3

At 20^@C water has K_w=6.807xx10^(-15) .What is the pH of pure water at this temperature ?