37426 A \(100 \,ml\) solution of \(0.1\) \(N - HCl\) was titrated with \(0.2\) \(N - NaOH\) solution. The titration was discontinued after adding \(30 \,ml\) of \(NaOH\) solution. The remaining titration was completed by adding \(0.25\) \(N - KOH\) solution. The volume of \(KOH\) required for completing the titration is.....\(ml\)

37427 In \(1\,gram\) of a metal oxide, metal precipitated is \(0.68\,gram\). what is the equivalent weight of metal

37428 If \(20 \,ml\) of \(0.25 \,N\) strong acid and \(30 \,ml\) of \(0.2 \,N\) of strong base are mixed, then the resulting solution is

37429 \(8 \,ml\) of \(\frac{N}{{10}}HCl\) are required to neutralize \( 20 \,ml\) solution of \(N{a_2}C{O_3}\) in water. Normality of \(N{a_2}C{O_3}\) solution is

37426 A \(100 \,ml\) solution of \(0.1\) \(N - HCl\) was titrated with \(0.2\) \(N - NaOH\) solution. The titration was discontinued after adding \(30 \,ml\) of \(NaOH\) solution. The remaining titration was completed by adding \(0.25\) \(N - KOH\) solution. The volume of \(KOH\) required for completing the titration is.....\(ml\)

37427 In \(1\,gram\) of a metal oxide, metal precipitated is \(0.68\,gram\). what is the equivalent weight of metal

37428 If \(20 \,ml\) of \(0.25 \,N\) strong acid and \(30 \,ml\) of \(0.2 \,N\) of strong base are mixed, then the resulting solution is

37429 \(8 \,ml\) of \(\frac{N}{{10}}HCl\) are required to neutralize \( 20 \,ml\) solution of \(N{a_2}C{O_3}\) in water. Normality of \(N{a_2}C{O_3}\) solution is

37426 A \(100 \,ml\) solution of \(0.1\) \(N - HCl\) was titrated with \(0.2\) \(N - NaOH\) solution. The titration was discontinued after adding \(30 \,ml\) of \(NaOH\) solution. The remaining titration was completed by adding \(0.25\) \(N - KOH\) solution. The volume of \(KOH\) required for completing the titration is.....\(ml\)

37427 In \(1\,gram\) of a metal oxide, metal precipitated is \(0.68\,gram\). what is the equivalent weight of metal

37428 If \(20 \,ml\) of \(0.25 \,N\) strong acid and \(30 \,ml\) of \(0.2 \,N\) of strong base are mixed, then the resulting solution is

37429 \(8 \,ml\) of \(\frac{N}{{10}}HCl\) are required to neutralize \( 20 \,ml\) solution of \(N{a_2}C{O_3}\) in water. Normality of \(N{a_2}C{O_3}\) solution is

37426 A \(100 \,ml\) solution of \(0.1\) \(N - HCl\) was titrated with \(0.2\) \(N - NaOH\) solution. The titration was discontinued after adding \(30 \,ml\) of \(NaOH\) solution. The remaining titration was completed by adding \(0.25\) \(N - KOH\) solution. The volume of \(KOH\) required for completing the titration is.....\(ml\)

37427 In \(1\,gram\) of a metal oxide, metal precipitated is \(0.68\,gram\). what is the equivalent weight of metal

37428 If \(20 \,ml\) of \(0.25 \,N\) strong acid and \(30 \,ml\) of \(0.2 \,N\) of strong base are mixed, then the resulting solution is

37429 \(8 \,ml\) of \(\frac{N}{{10}}HCl\) are required to neutralize \( 20 \,ml\) solution of \(N{a_2}C{O_3}\) in water. Normality of \(N{a_2}C{O_3}\) solution is