NCERT Exemplar Class 12 Chemistry Chapter 9 - Coordination Compounds - Free PDF Download

The chapter contains questions across five categories: single-correct MCQs, multiple-correct MCQs, short answer questions, matching-type questions, and assertion-reasoning questions. The total question count across all categories is approximately 60–70 questions, making it one of the more practice-heavy chapters in the Exemplar book.

NCERT Exemplar is necessary but not fully sufficient for JEE Main. It covers the conceptual foundation and mid-level application questions well. For JEE Main, students should also solve past JEE Main papers on Coordination Compounds after completing the Exemplar. The Exemplar builds the analytical skills needed to handle JEE-level questions within the time limits.

NCERT Exemplar Class 12 Chemistry Chapter 9 covers Coordination Compounds, including Werner's theory, types of ligands, IUPAC nomenclature, isomerism (structural and stereoisomerism), Valence Bond Theory, Crystal Field Theory, the spectrochemical series, stability of complexes, and biological applications such as haemoglobin and cisplatin. All major CBSE board and JEE Main topics in this chapter are covered.

NCERT textbook exercises are designed to test recall and basic application of concepts taught in the chapter. NCERT Exemplar questions are harder — they require multi-step reasoning, comparison across concepts, and analysis of unfamiliar complexes using known principles. The Exemplar is the recommended next step after finishing standard NCERT exercises.

Yes. The NCERT Exemplar PDF for Class 12 Chemistry Chapter 9 is available for free download on this page. NCERT publishes all Exemplar books as freely accessible resources. The PDF linked here contains the complete, unedited chapter as published by NCERT, including all question types and instructions.

For CBSE Class 12 boards, the highest-priority topics in Coordination Compounds are IUPAC nomenclature, Werner's theory, types of isomerism, Valence Bond Theory (hybridisation and magnetic properties), and Crystal Field Theory (colour and stability). Together these topics account for the majority of the 5–6 marks typically allocated to this chapter in board exams.