Choosing the Best PDF Books for Clearing the Basics of Physical Inorganic and Organic Chemistry

When it comes to mastering the basics of physical inorganic and organic chemistry, finding the right resources can make all the difference. NCERT, a widely recognized source for educational materials, is a good starting point, but it might not be sufficient for a thorough understanding. In this article, we will explore various PDF resources and study methods that can help you build a strong foundation in these branches of chemistry.

Exploring PDF Resources

Additional Textbooks: Besides NCERT, there are several PDF books that you can use to enhance your understanding of physical inorganic and organic chemistry. Some popular options include:

Spectroscopy in Physical Chemistry: Principles and Applications by Paul W. Kember (2018): This book provides a detailed introduction to spectroscopic techniques, which are crucial in physical chemistry. Physical Chemistry of the Atmosphere by Ronald Mendham (2015): This text covers the physical chemistry principles that govern the atmosphere, offering valuable insights for students interested in environmental chemistry. A Comprehensive Textbook of Inorganic Chemistry by H.D. Brewster (2016): This book is a comprehensive resource for inorganic chemistry, covering a wide range of topics from the periodic table to metal complexes. Molecular Symmetry and Group Theory by Robert L. Carter (2019): This book is essential for understanding the symmetry and group theory aspects of inorganic chemistry. Basic Organic Chemistry by Peter Vollhardt and Nachshon Schleyer (2020): This book offers a clear and concise introduction to organic chemistry, providing a solid foundation for more advanced study.

Supplementary Study Materials

In addition to reading PDF books, it is beneficial to use supplementary study materials such as notes and tutorials to supplement your learning:

Written Notes: Many educators and universities provide PDF versions of their lecture notes. These are invaluable for understanding complex concepts and providing additional explanations. YouTube Tutorials: YouTube is a treasure trove of educational content. There are numerous channels dedicated to chemistry, offering step-by-step tutorials and explanations of key concepts. Channels like CAS Chemistry and ProfessorGlobalChemLectures provide excellent resources for both inorganic and organic chemistry.

Practice Through Past Exams

To truly master the subject, it is essential to practice with previous years' question papers. For university-level students, especially those in the final or penultimate year of their BSc program, solving past exam papers can significantly improve your problem-solving skills and boost your confidence. Here are a few tips on how to use past papers effectively:

Select Reputable Sources: Ensure that the past papers you use are from reputable institutions or standardized exams. Solve Regularly: Make a habit of solving past papers on a regular basis. This will help you familiarize yourself with the types of questions and the level of difficulty. Analyze Your Performance: After each problem session, analyze your answers. Identify areas where you need improvement and focus your study on those areas. Seek Feedback: If possible, discuss your answers with a teacher or a peer to gain insights and corrections.

Conclusion

Mastery of physical inorganic and organic chemistry requires a combination of resources and diligent study. By exploring various PDF books, utilizing written notes and tutorial videos, and practicing with past exams, you can build a strong foundation and excel in your studies. Remember, the key to success lies in consistent effort and a structured approach to learning.

References:

NCERT Official Website: ResearchGate: Kember, P. W. (2018), Spectroscopy in Physical Chemistry: Principles and Applications. Mendham, R. (2015), Physical Chemistry of the Atmosphere. Brewster, H. D. (2016), A Comprehensive Textbook of Inorganic Chemistry. Carter, R. L. (2019), Molecular Symmetry and Group Theory. Vollhardt, P., Schleyer, N. (2020), Basic Organic Chemistry.