Question #325c7 Chemistry Reactions in Solution Titration Calculations 1 Answer Michael Jun 28, 2017 #sf([HCl]=0.2011color(white)(x)"mol/l")# Explanation: Start with the equation: #sf(Na_2CO_(3(s))+2HCl_((aq))rarr2NaCl_((aq))+CO_(2(g))+H_2O_((l)))# This tells us that 1 mole #sf(Na_2CO_3)# reacts with 2 moles #sf(HCl)#. The no. moles #sf(Na_2CO_3)# is given by: #sf(n_(Na_2CO_3)=m/M_r=0.2816/105.99=0.0026585)# #:.##sf(n_(HCl)=0.00265685xx2=0.0053137)# #sf([HCl]=n/v=0.0053137/0.02642=0.2011color(white)(x)"mol/l")# Answer link Related questions How do you do acid base titration calculations? How do you use titration calculations to find pH? What is a redox titration and what is it used for? Why is titration used when standardizing a solution? Is titration suitable for sodium nitrate? How can I do redox titration calculations? How can I calculate the titration of a weak acid and a strong base? How can I make back titration calculations? How does titration affect molarity? How does the endpoint of a titration differ from the equivalence point? See all questions in Titration Calculations Impact of this question 1622 views around the world You can reuse this answer Creative Commons License