The Basic Titration Methods – Numerical Applications section is dedicated to quantitative problem solving in volumetric analysis, helping students master the mathematical and stoichiometric aspects of titration techniques. This module is designed for Class 11–12 students, undergraduate learners, and competitive exam aspirants, with strong emphasis on accuracy, speed, and formula-based reasoning.

In this section, you will practice:

• Stoichiometric calculations involving molarity, normality, equivalent weight, and dilution

• Acid–base titration numericals – strength determination, pH calculations, and titration stage analysis

• Redox titration calculations – equivalent concept, oxidation number changes, and standardization problems

• Complexometric titration numericals (EDTA) – metal ion estimation, hardness of water, and stoichiometric ratios

• Precipitation titration numericals – halide estimation and Ksp-based calculations (introductory)

• Indicator-based calculations – endpoint error and concentration deviation

• Data-based numericals – burette readings, titration tables, and result computation

• NCERT- and UG-aligned numerical problems, including PYQs and exam-pattern MCQs

The content is structured to build numerical confidence, reduce common calculation mistakes, and improve problem-solving efficiency under exam conditions.

Strengthen your quantitative command over Basic Titration Methods by practicing these numerical applications, ensuring high accuracy in school, UG, and competitive Chemistry exams.