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Do Well Physics for JEE (Main): Class 11

Author(s): C.P. Singh

ISBN: 9789355733986

Edition: 1^st

₹1199

Binding: Paperback

Pages: 1384

Trim Size : 279 x 216 mm

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Do Well Physics for JEE (Main) focuses on systematically teaching Physics in a step-by-step manner with in-hand experience of an expert paving way for in-depth knowledge they would like to acquire. It takes into consideration the difficulties that a student face while learning physics and explicitly provides hints to help streamline the process while approaching such concepts. The most efficient way to learn physics through this book is by first learning the concepts that are methodically explained via numerical examples and then envisioning the situations where such concepts can be applied. After this, the student needs to go through each practice problem with the strengthened concepts. The most unique and somewhat unorthodox feature of this book is perhaps how the practice problems are organized in an ascending order of difficulty which enables gradation in the learning process to help students evaluate their progress. The end product of this approach will be a thorough understanding of the subject that remains the basis for all relevant engineering and medical programs in the world.

Theory is developed to prepare the appropriate mindset for the concepts.
Sufficient solved examples are present in theory for better comprehension of the concepts.
Problems are worked out in a simple systematic way covering all the ambiguities.
Two sections of exercises - Topicwise and Mixed Concept JEE Main problems have been set to master the application of concepts.
Detailed solutions/explanations provided at the book end for all problems
Free digital supplements on Cengage Digital app comprise chapterwise mock tests.

1. Units, Dimensions and Measurements

2. Motion in a Straight Line

3. Vectors

4. Motion in a Plane, Projectile Motion

5. Relative Motion

6. Newton’s Laws of Motion

7. Friction

8. Work, Energy and Power

9. Circular Motion

10. Centre of Mass, Momentum Conservation and Collision

11. Rotational Mechanics

12. Gravitation