Calculate molarity of 9.8% (w/w) solution of H2SO4 if the density of the solution is 1.02g/l?
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Molecular weight of H2SO4 is 98.079 g-
mol.
1 ml equals 1.84 g. Hence, 96 ml equals
96 x 1.84 = 176.64 g.
Therefore, 100 ml volume contains
176.64 g H2SO4. So 1 liter contains
1776.4 g.
Hence, the molarity is 1776.4/98.079 =
18.11 M.
Molecular weight of H2SO4 is 98.079 g-
mol.
1 ml equals 1.84 g. Hence, 96 ml equals
96 x 1.84 = 176.64 g.
Therefore, 100 ml volume contains
176.64 g H2SO4. So 1 liter contains
1776.4 g.
Hence, the molarity is 1776.4/98.079 =
18.11 M.
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2
Calculate the molarity of a 9.8 % w solution of H2 S o4 and density of solution 1.02 molar mass H2 S o4 98 gram mole
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