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A solution contians 510 g of of sulphuri...

A solution contians 510 g of of sulphuric acid per litre at `25 ^(@) C` Calculated the normality and molarity of the solution.

Text Solution

Verified by Experts

Normality = ` ( " Number of gram equivalents of solute") / ( " Volume of solution is litres ") `
Gram equivalent =` ("Mass ")/( "Eq mass ") `
` "Equivalent Mass of H_2SO_4 = ( " Molar mass ")/( "Basicity ") `
` " " = ( 98)/( 2) = 49 `
` "Equivalencs of "H_2SO_4 = ( 510 g) / ( 49 ) = 10.408`
Normality `= ( 10.408)/( 1) = 10.40N`
(ii) Molariry = `(" No , of moles of solute")/( " Volume of solution in litre ") `
` " No , of moles " = ("Mass ") /( "Molecular mass ") `
` = ( 510)/( 98)= 5.20 ` moles
Molarity ` = (" No , of moles of solute ")/(" Vol . of solution in 1 lit") `
` = ( 5.20)/( 1) = 5.20 M`
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Knowledge Check

  • Normality of 1.25 M sulphuric acid is

    A
    `1.25` N
    B
    `3.75` N
    C
    `2.5 N`
    D
    `2.25`N
  • Normality of 1.25 M sulphuric acid is

    A
    1.25 N
    B
    3.75 N
    C
    2.5 N
    D
    2.25 N
  • Normality of 1.25 M sulphuric acid is:

    A
    1.25 N
    B
    3.75 N
    C
    2.5 N
    D
    2.25 N
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