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26 mL of a 1 N NaCO(3) solution is neutr...

26 mL of a 1 N `NaCO_(3)` solution is neutralised by the acids A and B in different experiments .The volumes of the acids A and B required were 10 mL and 40 mL respectively . How many volumes of A and B are to be mixed in order to prepare 1 litre of normal acid solution ?

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To solve the problem, we need to determine how many volumes of acids A and B are required to prepare 1 liter of a normal acid solution. ### Step 1: Calculate the Normality of Acids A and B 1. **For Acid A:** - Given that 26 mL of 1 N Na₂CO₃ neutralizes 10 mL of Acid A. - The normality of Acid A can be calculated using the formula: \[ ...
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Knowledge Check

  • Two acids A and B are titrated separately each time with 25 ml of 1N Na_2 CO_3 solution and require 10 ml and 40 ml respectively for complete neutralization. What volume of acids. A and B will we need to mix to produce a 1 litre 1 N solution?

    A
    A = 100 ml , B = 200 ml
    B
    A = 300 ml , B = 200 ml
    C
    A = 200 ml , B = 800 ml
    D
    A = 400 ml , B = 400 ml

  • If 20 mL of 0.4 N NaOH solution completely neutralises 40 mL of a dibasic acid, the molarity of the acid solution is :

    A
    0.1 M
    B
    0.2 M
    C
    0.3 M
    D
    0.4 M

  • Required amount of crystalline oxalic acid (eq. eq.=63) to prepare N/10 250 ml oxalic acid solution is

    A
    0.158 g
    B
    1.575 g
    C
    15.75 g
    D
    6.3 g

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

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