Solution 00 g sample of enriched water a mixture of H2O and D2O reacted completely with Cl2 to give a mixture of HCl and DCl The HCl and DCl were then
Solution g sample of enriched water a mixture of H O and D O reacted completely with Cl to give a mixture of HCl and
Solution g sample of enriched water a mixture of H O and D O reacted completely with Cl to
a mixture of H O and D O reacted completely with Cl to give a mixture of HCl and DCl The HCl and DCl were then
Solution g sample of enriched water a mixture of H O and D O reacted completely
with Cl to give a mixture of HCl and DCl The HCl and DCl were then
Solution g sample of enriched water a mixture of H O and
Solution g sample of enriched water
(Solution) 00 g sample of enriched water, a mixture of H2O and D2O, reacted completely with Cl2 to give a mixture of HCl and DCl. The HCl and DCl were then...

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A 1.00 g sample of enriched water, a mixture of H2O and D2O, reacted completely with Cl2 to give a mixture of HCl and DCl. The HCl and DCl were then dissolved in pure H2O to make a 1.00 L solution. A 25.00 mL sample of the 1.00 L solution was reacted with excess AgNO3 and 0.3800 g of an AgCl precipitate formed. What was the mass % of D2O in the original sample of enriched water? Atomic masses (g/mol): H = 1.0, D = 2.0, O = 16.0, Cl = 35.5, Ag = 107.9 b. The mass % natural abundance of the isotopes H and D are 99.985 and 0.015 respectively. The mass % natural abundance of the isotopes 16O, 17O and 18O are 99.759, 0.037 and 0.204 respectively. In a mass spectrometry experiment on naturally occurring water, at what m/ values would you expect to observe the three most abundant peaks for the molecular ions and what would you expect to be their relative abundances?

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