How to Solve the Second Problem in Solution Stoichiometry?

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The discussion focuses on solving a stoichiometry problem involving HNO3 and Na2CO3. The user successfully calculated the volume of KCl needed for the first part of the assignment but struggles with the second part, specifically identifying the limiting reactant. Clarification is provided that there is no limiting reagent in this problem, which simplifies the approach. The user seeks guidance on how to proceed with the calculations for the second question. Understanding the absence of a limiting reactant is crucial for solving the problem effectively.
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Homework Statement


The description of the problem is in the given link: http://s906.photobucket.com/albums/ac261/Bashyboy/?action=view&current=2011-10-11_21-13-53_241.jpg


Homework Equations





The Attempt at a Solution



Well, I as was able to find the answer to the first problem, which came out to be 51.4 mL of KCl. What I was not able to ascertain was the answer to the second problem. I took the amount of moles contained in the HNO3 and Na2CO3 solutions; I then tried to find the limiting reactant, but I really didn't work. How do I find the answer to the second question. Sorry if any parts of my query are unclear--it is late, and, therefore, I am tired.
 
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There is no limiting reagent in this question.
 
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