Calculate the volume of concentrated ammonia (molecular weight = 17) (PH needed to prepare 100 ml of buffer solution equal to 10.0 if the final concentration of salt is 0.2 molarity. Note that the percentage of concentrated ammonia is 28% * .10-5 x and its density is 0.9 g/ mL and dissociation

Fundamentals Of Analytical Chemistry
9th Edition
ISBN:9781285640686
Author:Skoog
Publisher:Skoog
Chapter14: Principles Of Neutralization Titrations
Section: Chapter Questions
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Calculate the volume of concentrated
ammonia (molecular weight = 17) (PH
needed to prepare 100 ml of buffer solution
equal to 10.0 if the final concentration of salt
is 0.2 molarity. Note that the percentage of
concentrated ammonia is 28% * .10-5 x and
%3D
its density is 0.9 g / mL and dissociation
constant 1.8
Transcribed Image Text:Calculate the volume of concentrated ammonia (molecular weight = 17) (PH needed to prepare 100 ml of buffer solution equal to 10.0 if the final concentration of salt is 0.2 molarity. Note that the percentage of concentrated ammonia is 28% * .10-5 x and %3D its density is 0.9 g / mL and dissociation constant 1.8
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