The dilution equation, rearranged to solve for ?1 is ?1=?2?2?1 where ?1 and ?1 are the initial concentration and volume, respectively, and ?2 and ?2 represent the final concentration and volume, respectively. A student needs to prepare 50.0 mL of 1.10 M aqueous H2O2 solution from 4.8 M H2O2 stock solution. Set up an equation to solve for the volume of stock solution needed by plugging the given values into the equation.
The dilution equation, rearranged to solve for ?1 is ?1=?2?2?1 where ?1 and ?1 are the initial concentration and volume, respectively, and ?2 and ?2 represent the final concentration and volume, respectively. A student needs to prepare 50.0 mL of 1.10 M aqueous H2O2 solution from 4.8 M H2O2 stock solution. Set up an equation to solve for the volume of stock solution needed by plugging the given values into the equation.
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter3: Chemical Reactions
Section3.11: Stoichiometry In Aqueous Solutions
Problem 3.28E: Sodium chloride is used in intravenous solutions for medical applications. The NaCl concentration in...
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The dilution equation, rearranged to solve for ?1 is
?1=?2?2?1
where ?1 and ?1 are the initial concentration and volume, respectively, and ?2 and ?2 represent the final concentration and volume, respectively.
A student needs to prepare 50.0 mL of 1.10 M aqueous H2O2 solution from 4.8 M H2O2 stock solution. Set up an equation to solve for the volume of stock solution needed by plugging the given values into the equation.
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