Basic Titration Methods - Problem Set

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The Basic Titration Methods – Problem Set is a comprehensive practice module designed to test, reinforce, and refine understanding of volumetric analysis. This section is ideal for Class 11–12 students, undergraduate learners, and competitive exam aspirants who want focused practice across conceptual, numerical, and application-based titration problems.

In this problem set, you will practice:

  • Concept-based MCQs on titration principles, equivalence point, indicators, and standard solutions

  • Numerical problems involving molarity, normality, equivalent weight, and stoichiometric relationships

  • Acid–base, redox, complexometric, and precipitation titration questions

  • Data-interpretation problems using burette readings, titration tables, and experimental results

  • Graph-based questions on titration curves and endpoint identification

  • Assertion–reason and multi-statement questions aligned with competitive exam formats

  • Previous-year questions (PYQs) from school, UG, and entrance examinations

  • Mixed-difficulty problems (easy to challenging) for progressive skill building

The problems are systematically arranged to improve accuracy, speed, and exam confidence, while reinforcing NCERT- and UG-aligned concepts.

Solve the Basic Titration Methods – Problem Set to build strong analytical skills and numerical precision, essential for success in school practicals, written exams, and competitive Chemistry tests.

Q. What is a common mistake to avoid during a titration?
  • A. Using a burette for accurate measurement
  • B. Adding titrant too quickly
  • C. Using a proper indicator
  • D. Recording the final volume accurately
Q. What is the main advantage of using a pH meter in titrations?
  • A. It is less expensive than indicators
  • B. It provides a visual color change
  • C. It allows for precise measurement of pH
  • D. It can be used for all types of titrations
Q. What is the primary function of a burette in titration?
  • A. To mix solutions
  • B. To measure the volume of titrant added
  • C. To heat the solution
  • D. To cool the solution
Q. What is the purpose of a titration in analytical chemistry?
  • A. To separate components of a mixture
  • B. To determine the concentration of a solution
  • C. To measure the absorbance of a solution
  • D. To identify the molecular weight of a compound
Q. Which of the following is NOT a common type of titration?
  • A. Acid-base titration
  • B. Redox titration
  • C. Complexometric titration
  • D. Gas chromatography
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