200 mg of granular salt is briefly stirred into a glass container of 1/2 liter volume filled with water. After briefly mixing, some salt is still seen at the bottom of the class. The visible salt at the bottom of the glass is filtered from the water, weighed and determined to have a mass of 50 mg. What is the dissolved phase concentration of salt remaining in the water? Provide your answer to the nearest whole number in units of mg/l.
200 mg of granular salt is briefly stirred into a glass container of 1/2 liter volume filled with water. After briefly mixing, some salt is still seen at the bottom of the class. The visible salt at the bottom of the glass is filtered from the water, weighed and determined to have a mass of 50 mg. What is the dissolved phase concentration of salt remaining in the water? Provide your answer to the nearest whole number in units of mg/l.
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
Publisher:Mark S. Cracolice, Ed Peters
Chapter16: Solutions
Section: Chapter Questions
Problem 14E
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200 mg of granular salt is briefly stirred into a glass container of 1/2 liter volume filled with water. After briefly mixing, some salt is still seen at the bottom of the class. The visible salt at the bottom of the glass is filtered from the water, weighed and determined to have a mass of 50 mg. What is the dissolved phase concentration of salt remaining in the water? Provide your answer to the nearest whole number in units of mg/l.
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