An Elementary Treatise on the Dynamics of A Particle & Of Rigid Bodies (Metric Edition) by S.L. Loney | Ideal for JEE, SAT, GRE & All Engineering Exams | Classic Text Series
-
Estimated Delivery:Oct 28 - Nov 01
-
Order Tracking will be Shared Tomorrow.
Book ISBN: 9789369142293
Book Author: S.L. Loney
Book Language: English
Publishing Year: 2025
Total Pages: 392
An Elementary Treatise on the Dynamics of A Particle & Of Rigid Bodies (Metric Edition) by S.L. Loney | Ideal for JEE, SAT, GRE & All Engineering Exams | Classic Text Series
An Elementary Treatise on the Dynamics of A Particle & Of Rigid Bodies (Metric Edition) by S.L. Loney is a classic text from the Classic Text Series that offers a rigorous treatment of motion, energy, and momentum for serious mechanics students. This book is an ideal resource for aspirants preparing for JEE, SAT, GRE, and All Engineering Exams.
It provides a detailed and logical development of principles covering both Particle Dynamics and Rigid Body Motion. Serving as a core reference for classical mechanics, this text is essential for building a deep, conceptual understanding and mastering the problem-solving techniques required for competitive examinations.
Key Features:
-
Rigorous Classical Mechanics: A classic text providing a thorough and rigorous treatment of the fundamental principles of dynamics.
-
Comprehensive Coverage: Covers both the motion of a Particle Dynamics and Rigid Body Motion in detail.
-
Logical Development: Presents a clear and logical development of mechanical principles for deep conceptual understanding.
-
Core Reference: Serves as a fundamental reference for classical mechanics, ideal for building a strong foundation.
-
Ideal for Competitive Exams: An indispensable guide for preparation for JEE, SAT, GRE, and all major Engineering Entrance Exams.
Category: Classic Textbook Series and Engineering Entrance
Book ISBN: 9789369142293
Book Author: S.L. Loney
Book Publisher: CL Educate (Publication Division)
Book Language: English
Book Weight: 0.8 kg
Publishing Year: 2025
Total Pages: 392