37430 Required amount of crystalline oxalic acid (eq. wt. = \(63\)) \(N/10\) \(250 \,ml\) oxalic acid solution is

37431 \(15 \,ml\) of \(0.2 \,N\) alkali is required to complete neutralization of \(30 \,ml\) acid solution. Concentration of the acid solution is.....\(N\)

37432 \(200 \,ml\) \(0.6 \,N\) \({H_2}S{O_4}\) and \(100 \,ml\) of \(0.3\,N\) \(HCl\) are mixed together. Acidic normality of the resultant solution is........\(N\)

37433 \(10 \,ml\) of \(10 \,M\) \({H_2}S{O_4}\) is mixed to \(100 \,ml\) \(1\,M\) \(NaOH\) solution. The resultant solution will be

37430 Required amount of crystalline oxalic acid (eq. wt. = \(63\)) \(N/10\) \(250 \,ml\) oxalic acid solution is

37431 \(15 \,ml\) of \(0.2 \,N\) alkali is required to complete neutralization of \(30 \,ml\) acid solution. Concentration of the acid solution is.....\(N\)

37432 \(200 \,ml\) \(0.6 \,N\) \({H_2}S{O_4}\) and \(100 \,ml\) of \(0.3\,N\) \(HCl\) are mixed together. Acidic normality of the resultant solution is........\(N\)

37433 \(10 \,ml\) of \(10 \,M\) \({H_2}S{O_4}\) is mixed to \(100 \,ml\) \(1\,M\) \(NaOH\) solution. The resultant solution will be

37430 Required amount of crystalline oxalic acid (eq. wt. = \(63\)) \(N/10\) \(250 \,ml\) oxalic acid solution is

37431 \(15 \,ml\) of \(0.2 \,N\) alkali is required to complete neutralization of \(30 \,ml\) acid solution. Concentration of the acid solution is.....\(N\)

37432 \(200 \,ml\) \(0.6 \,N\) \({H_2}S{O_4}\) and \(100 \,ml\) of \(0.3\,N\) \(HCl\) are mixed together. Acidic normality of the resultant solution is........\(N\)

37433 \(10 \,ml\) of \(10 \,M\) \({H_2}S{O_4}\) is mixed to \(100 \,ml\) \(1\,M\) \(NaOH\) solution. The resultant solution will be

37430 Required amount of crystalline oxalic acid (eq. wt. = \(63\)) \(N/10\) \(250 \,ml\) oxalic acid solution is

37431 \(15 \,ml\) of \(0.2 \,N\) alkali is required to complete neutralization of \(30 \,ml\) acid solution. Concentration of the acid solution is.....\(N\)

37432 \(200 \,ml\) \(0.6 \,N\) \({H_2}S{O_4}\) and \(100 \,ml\) of \(0.3\,N\) \(HCl\) are mixed together. Acidic normality of the resultant solution is........\(N\)

37433 \(10 \,ml\) of \(10 \,M\) \({H_2}S{O_4}\) is mixed to \(100 \,ml\) \(1\,M\) \(NaOH\) solution. The resultant solution will be