An Introduction to Classical Mechanics by Binoy Bhattacharyya, published by New Central Book Agency (NCBA).

Name: An Introduction to Classical Mechanics by Binoy Bhattacharyya, published by New Central Book Agency (NCBA). - Booksbp.com
SKU: 9788173816468
Price: 240.00 INR
Availability: InStock

Original price was: ₹295.00.Current price is: ₹240.00.

SKU: 9788173816468

Summary & Core Approach:-

The text is written in an explanatory, student-friendly style to make the abstract mathematical formulations of physics accessible right from the beginning. Rather than jumping straight into complex mathematics, the author uses a gradual and smooth progression from elementary particle dynamics up to analytical formulations. It heavily features clear steps for deriving mathematical expressions, which makes it ideal for self-study and university exam preparation.

Target Audience

Undergraduate Students: Essential reading for B.Sc. (Physics Honours) and B.Tech/B.E. engineering disciplines.
Postgraduate Students: Serves as a fundamental or remedial reference text for first-year M.Sc. Physics students.
Competitive Exam Aspirants: Structured to align closely with standard syllabus frameworks across Indian national/state eligibility exams (such as NET, GATE, and SLET).

Typical Core Topic Coverage

While individual editions vary slightly across 286 print pages, the text systematically moves across:

Elementary Newtonian Mechanics: Brief conceptual review of Newton’s laws, conservation laws (energy, linear momentum, angular momentum), and systems of particles.
Central Forces: General orbital motion, Kepler’s laws of planetary motion, and the mechanics of two-body problems.
Constraints & Variational Principles: Understanding degrees of freedom, generalized coordinates, virtual work, and D’Alembert’s principle.
Lagrangian Formulation: Setting up the Lagrangian function, deriving Lagrange’s equations of motion, and handling cyclic coordinates.
Hamiltonian Dynamics: Introduction to Hamilton’s equations, phase space, and the fundamental differences between Lagrangian and Hamiltonian mechanics.
Rigid Body & Oscillations: Kinematics of rigid body rotation and the basics of small-amplitude oscillations in coupled systems.