SRMJEEE

In order to excel in the Chemistry section of the SRMJEEE exam, students should extensively study the NCERT textbooks for classes 11 and 12. Physical chemistry predominantly encompasses the areas of equilibrium, thermodynamics, chemical kinetics, and electrochemistry. Organic chemistry candidates need to master reaction mechanisms and nomenclature of reactions. They should also be well-prepared for questions related to acidic and basic strength based on conceptual understanding. Regular, in-depth study of inorganic chemistry is essential. It is advisable to create comprehensive notes for this section and gain proficiency in topics such as p block, d & f block elements, and coordination compounds. Theoretical questions mainly revolve around biomolecules, everyday chemistry, polymers, surface chemistry, and environmental chemistry. It is recommended that candidates thoroughly study the NCERT textbooks as some questions are directly sourced from them.

As part of the preparation process for the Physics section of SRMJEEE exam, it is imperative to meticulously review the entire syllabus and compile a comprehensive list of key chapters essential for thorough examination coverage. A crucial area that demands meticulous preparation is modern physics. Additionally, optics, particularly Huygens's principle, holds significant importance and is widely favored. Experts recommend delving into HC Verma's The Concept of Physics as a means of preparation. Notably, chapters on Gravitation, Mechanics, Current Electricity, Magnetics, and Waves carry substantial weightage in terms of marks. It is highly advisable to conduct a thorough review of fundamental concepts within these chapters.

To prepare well for the Mathematics section of SRMJEEE, it's essential to have a good timetable, a calm mind, and a proper preparation strategy. It's important to understand the significance of each topic or chapter and practice regularly from recommended books to improve speed and efficiency. Focus on key concepts such as calculus, algebra, probability, permutation and combination, trigonometry, sequence and series, etc. Make separate notes for formulas, theories, and equations as they will be useful during revisions. Take a proper break after each study session. Remember, revision is the key to success. The more questions you practice, the faster and more accurate you will become.