To `1 L` of `1.0 M` impure `H_(2)SO_(4)` sample, `1.0 M NaOH` solution was added and a plot was obtained as follows:
The % purity of `H_(2) SO_(4)` and the slope of curve, respectively, are:

1 M NaOH solution was slowly added in to 1000 mL of 183.75 g impure H_(2)SO_(4) solution and the following plot was obtained. The percentage purity of H_(2)SO_(4) sample and slope of the curve respectively are:

1 M NaOH solution was slowly added in to 1000 mL of 183.75 g impure H_(2)SO_(4) solution and the following plot was obtained. The percentage purity of H_(2)SO_(4) sample and slope of the curve respectively are:

1 M NaOH solution was slowly added in to 1000 mL of 183.75 g impure H_(2)SO_(4) solution and the following plot was obtained. The percentage purity of H_(2)SO_(4) sample and slope of the curve respectively are:

1 M NaOH solution was slowly added into 1000mL of 183.75g impure H_2SO_(4) solution and the following plot was obtained. The percentage purity of H_2SO_4 sample and slope of the curve respectively are : (a) 75%,-1/3 (b) 80%,-1/2 (c) 80%,-1 (d) None of these

What volume of 0.10 M H_(2)SO_(4) must be added to 50 mL of a 0.10 NaOH solution to make a solution in which molarity of the H_(2)SO_(4) is 0.050M?

What volume of 0.10 M H_(2)SO_(4) must be added to 50 mL of a 0.10 NaOH solution to make a solution in which molarity of the H_(2)SO_(4) is 0.050M?

When 100 ml of 10 M solution of H_(2)SO_(4) and 100 ml of 1 0 M solution of NaOH are mixed the resulting solution will be