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In Partial Defense of Calculating Titration Curves

机译:计算滴定曲线的部分防御

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After writing four editions of a comprehensive analytical chemistry textbook, I set out to write a lower-level, abbreviated textbook. I needed to eliminate half the content of the comprehensive book and decrease mathematical demand. In agreement with Prof. Hawkes, I eliminated titration curve calculations for EDTA and redox reactions, but I retained acid–base titration curves. There are more important subjects for a student whose only formal exposure to analytical chemistry will be this one course and whose primary interest is likely to be outside of chemistry (such as life sciences). Surely, separation techniques are more important than calculating titration curves. The empirical result of my experiment in the first edition of Exploring Chemical Analysis (1) was a resounding cry from users to include EDTA and redox titration calculations—which I did in subsequent editions.
机译:在编写了四版全面的分析化学教科书之后,我着手编写了一个较低级别的缩写教科书。我需要消除全书的一半内容并减少数学需求。与霍克斯教授一致,我取消了EDTA和氧化还原反应的滴定曲线计算,但保留了酸碱滴定曲线。对于一个学生来说,还有更重要的学科,他们唯一正式接触分析化学的课程就是这一门课程,并且其主要兴趣可能不在化学领域(例如生命科学)。当然,分离技术比计算滴定曲线更重要。我在《探索化学分析》(1)的第一版中所做的实验的经验结果引起了用户的强烈欢迎,其中包括EDTA和氧化还原滴定计算,这是我在后续版本中所做的。

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