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JEE Objective Mathematics: Part 2

Author(s): G. Tewani

ISBN: 9789355737793

1st Edition

Copyright: 2024

India Release: 2023

₹945

Binding: Paperback

Pages: 760

Trim Size: 279 x 216 mm

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JEE Objective Mathematics: Part 2 is designed to serve the requirements of JEE aspirants in the best possible manner. Through the course of this book, the aspirants have been provided with a pedagogically set question bank to help them prepare for these examinations better. Instead of chasing their mentors for concept-based questions on a regular basis, the aspirants can now practice whenever they wish to and absolutely on their own.

 

The book comprises a massive bank of exercises, which is set to practice subject concepts on a day-to-day basis. In order to synchronize aspirants’ preparation with their classroom lectures, the content lineup has been majorly kept parallel with that given in the NCERT Class 11 book. All the chapters have been segregated into three sections: (a) topicwise single correct answer questions (for JEE Main and Advanced); (b) mixed-concept multiple correct answers questions, matching column type, linked comprehension type, and integer answer questions; and (c) previous years’ JEE Advanced questions updated up to 2023. Detailed explanations have been provided for all questions, which help aspirants brush up on their concepts without much effort.

 

A separate booklet of chapterwise JEE (Main) 2023 questions with solutions (all 24 sets) is provided as complementary with the main book.

 

  • 2750 Questions with Solutions
  • Conceptwise MCQs for JEE (Main & Advanced)
  • Mixed Concept Questions for JEE (Advanced)
  • Archives up to 2023 with Solutions
  • Chapterwise tests to practice for JEE on Cengage Digital app
  • JEE (Main) 2023 papers as online tests on Cengage Digital app
  1. Inverse Trigonometric Functions
  2. Matrices
  3. Determinants
  4. Probability
  5. Functions
  6. Limits
  7. Continuity and Differentiability
  8. Method of Differentiation
  9. Application of Derivatives
  10. Monotonicity and Extremum of functions
  11. Indefinite Integration
  12. Definite Integration
  13. Area
  14. Differential Equations
  15. Vectors
  16. Three-Dimensional Geometry

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