" Given that "Kw" for water is "10^(-13)M^(2)" at "62^(@)C" compute the sum of "pOH" and "pH" for a neutral aqueous solut "

Given that K_(w) for water is 10^(-13) M^(2) at 62^(@) C, compute the sum of pOH and pH for a neutral aqueous solution at 62^(@) C:

Given that K_(w) for water is 10^(-13) M^(2) at 62^(@) C, compute the sum of pOH and pH for a neutral aqueous solution at 62^(@) C:

Given that K_(w) for water is 10^(-13) M^(2) at 62^(@) C, compute the sum of pOH and pH for a neutral aqueous solution at 62^(@) C: (a) 7.0 (b) 13.30 (c) 14.0 (d) 13.0

Given that K_w for water is 10^13 M^2 at 62^@C , compute the sum of pOH and pH for a neutral aqueous solution at 62^@C

The sum of pH and pOH in aqueous solution is equal to

The pH of 10M HCl aqueous solution is