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For the following problem, we'll consider the reaction NaCl(aq)3(aq)3(aq)(s)

 + AgNO => NaNO + AgCl

Note that all of the aqueous species in the above reaction exists as ions in solution:


NaCl(aq) exists as Na+ and Cl-AgNO3 exists as Ag+ and

NO3-NaNO3 exists as Na+ and NO3-and AgCl(s) is a white solid.


The solution labeled "Solution 3" in the virtual lab stockroom contains an unknown amount of AgNO3. Design and perform an experiment to determine the mass of AgNO3 that was present in the "Solution 3" solution.

Screenshot 2020-10-26 at 8.08.30 AM.png


What is the mass of AgNO3 that is present in 'solution 3'? (Please use three significant figures for your answer)  ___________ grams



Screenshot 2020-10-26 at 8.09.55 AM.png

Image transcriptions

Virtual Lab File Edit View Help EN Unknown Silver Nitrate Stockroom Workbench 1 Solutions Glassware Tools > Erlenmeyers (3) > Graduated Cylinders (3) > Pipettes (4) > Beakers (3) > Volumetric Flasks (4) Other (3) Foam Cup + 0.2 L Weigh Boat 0.0877 L 50 mL Burette 0.05 L

Virtual Lab File Edit - View Help EN Unknown Silver Nitrate Stockroom Workbench 1 Information E Name: AgNO3 Volume: 54.646 mL Solution 3 AgNO3 NaCI 100.41 ml @ 25.0C Species (s) grams AgNO3 237.818 Temperature: 25.00 C 25.0 deg PH: 7.00

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Subject: Chemistry, Science
2 L Weigh Boat 0.0877 L 50 mL Burette 0.
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