Final answer:
The solution manual for Daniel C. Harris' textbook is intended for instructors, containing instructor-facing answers, and is not publicly shared to uphold academic integrity. Exercises from the book typically involve stoichiometric calculations such as determining the necessary volume of a titrant to complete a reaction.
Step-by-step explanation:
Regarding the solution manual for the 5th edition of Daniel C. Harris' book on quantitative chemical analysis, such solution manuals are typically not shared publicly in respect to the integrity of academic work. Instead, solution manuals are provided directly to instructors and contain instructor-facing answers. These answers are meant to assist in the grading process and as such, they are not intended for student use or to be posted on public platforms.
Exercises such as the one asking for the volume of 0.0105-M HBr solution required to titrate a 125 mL of a 0.0100-M Ca(OH)2 solution are common in quantitative chemical analysis. This particular exercise involves stoichiometric calculations and understanding of titration concepts. For example, it requires calculating the molar ratios and volumes from the balanced chemical equation in order to find the required volume of titrant.
Titrations and gravimetric analysis are fundamental aspects of quantitative chemical analysis. Information on these topics are often found in educational textbooks like Harris' and others, which aim to provide exercises to strengthen students understanding of chemical stoichiometry and analytical techniques.