Important Questions for Class 12 Chemistry Chapter 5 Coordination Compounds - PDF Download

eSaral’s class 12 Chemistry chapter 5 coordination compounds important questions are listed in this article. Class 12 chemistry chapter 5 coordination compounds important questions are based on NCERT’s new curriculum and have been prepared by highly qualified eSaral teachers. All the topics mentioned in this chapter have been included in these Important Questions. You can download the PDF of the Coordination compounds Important Questions by eSaral for free.

The main objective of these important questions is to help students to prioritize topics when preparing for their board exam. These important questions have been prepared according to the latest CBSE guidelines for the competitive exams like NEET and JEE etc.

Class 12 chapter 5 coordination compounds important questions by eSaral will help students to understand the types of questions asked during the competitive exams.

Important Topics & Sub-topics of Solutions Class 12 Chemistry

Tips to Solve Class 12 Chemistry Chapter 5 Coordination Compounds 

Time management strategies to solve class 12 chemistry chapter 5 important questions

Time management is essential when tackling important questions in Class 12 Chemistry Chapter 5 on Coordination Compounds. 

• Before diving into the important questions, ensure you have a strong grasp of the fundamental concepts in coordination compounds. 

• Review your class notes and the textbook to build a solid foundation.

Special Focus on Challenging Topics

Chapter 5 on Coordination Compounds in Class 12 Chemistry can have some challenging topics that may require special focus. Here are some of the challenging areas you might want to pay extra attention to:

• Nomenclature of Coordination Compounds

• Isomerism in Coordination Compounds

• Werner's Coordination Theory

• Crystal Field Theory (CFT) 

Self Test Checklist 

A self-test checklist for Class 11 Chemistry Chapter 5 on Coordination Compounds can help you assess your understanding of the material and identify areas where you might need further study or practice. Here's a checklist to help you evaluate your knowledge:

• Can I explain the basic concepts of coordination compounds, including coordination entities and ligands?

• Have I understood the concept of coordination number and the coordination sphere?

• Can I differentiate between coordination compounds and complex ions?

Benefits of Solving Class 12 Chemistry Chapter 5 Important Questions with Answers 

Solving Class 12 Chemistry Chapter 5 important questions with answers offers several benefits to students:

Conceptual Clarity: Working through important questions helps reinforce your understanding of key concepts in coordination compounds, such as coordination entities, ligands, and isomerism.

Problem-Solving Skills: By tackling a variety of questions, you improve your problem-solving skills and become proficient in applying coordination chemistry principles to solve complex problems and numerical equations.

Frequently Asked Questions

Question 1: What are the important topics of chapter 5 - Coordination compounds introduced in Class 12 Chemistry?   

Answer 1: Following topics have been introduced in class 12 chemistry chapter 5 - Coordination compounds:

1. Werner’s theory of coordination compounds

2. Definition of some important terms pertaining to coordination compounds

3. Nomenclature of coordination compounds

4. Isomerism in coordination compounds

5. Bonding in coordination compounds

6. Bonding in metal carbonyls

7. Importance and application of coordination compounds

Question 2: How to score good marks in Class 12 Chemistry chapter 5 - Coordination compounds? 

Answer 2: Scoring good marks in Class 12 Chemistry Chapter 5 on Coordination Compounds requires a strategic approach and a strong understanding of the subject matter. Begin by thoroughly understanding the fundamental concepts of coordination compounds. This includes coordination entities, ligands, coordination numbers, and the difference between coordination compounds and complex ions.