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A 1.00 g mixture of H2O and D2O was electrolyzed producing H2(g), D2(g) and O2(g).  The H2(g) and D2(g) were then completely reacted with Cl2(g) to produce HCl(g) and DCl(g). The HCl(g) and DCl(g) was then dissolved in 1.000 L of water.  Then, a 25.00 mL portion of that 1.000 L solution was reacted completely with AgNO3(aq) to give 0.3800 g of AgCl(s).             Calculate the mass % (%w/w) of D2O in the original 1.000 g mixture.             Atomic Masses (g/mol):  H = 1.008, D = 2.014, O = 16.00, Cl = 35.45, Ag = 107.9

A 1.00 g mixture of H2O and D2O was electrolyzed producing H2(g), D2(g) and O2(g).  The H2(g) and D2(g) were then completely reacted with Cl2(g) to produce HCl(g) and DCl(g). The HCl(g) and DCl(g) was then dissolved in 1.000 L of water.  Then, a 25.00 mL portion of that 1.000 L solution was reacted completely with AgNO3(aq) to give 0.3800 g of AgCl(s).             Calculate the mass % (%w/w) of D2O in the original 1.000 g mixture.             Atomic Masses (g/mol):  H = 1.008, D = 2.014, O = 16.00, Cl = 35.45, Ag = 107.9

Chemistry by OpenStax (2015-05-04)
Chemistry by OpenStax (2015-05-04)
1st Edition
ISBN:9781938168390
Author:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Publisher:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Chapter15: Equilibria Of Other Reaction Classes
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A 1.00 g mixture of H2O and D2O was electrolyzed producing H2(g), D2(g) and O2(g).  The H2(g) and D2(g) were then completely reacted with Cl2(g) to produce HCl(g) and DCl(g).

The HCl(g) and DCl(g) was then dissolved in 1.000 L of water.  Then, a 25.00 mL portion of that 1.000 L solution was reacted completely with AgNO3(aq) to give 0.3800 g of AgCl(s).

            Calculate the mass % (%w/w) of D2O in the original 1.000 g mixture.

            Atomic Masses (g/mol):  H = 1.008, D = 2.014, O = 16.00, Cl = 35.45, Ag = 107.9

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