Mechanics and Properties of Matter
Book Details
-
Publisher: Himalaya Publishing House Pvt. Ltd
-
Language: English
-
Pages: 338
-
ISBN: 9789352028313
-
Edition: First
-
Year of Publication: 2017
About the Book
Mechanics and Properties of Matter is written strictly according to the CBCS syllabus (w.e.f. 2015–16) for B.Sc. Physics – First Semester students of universities across Andhra Pradesh. Since mechanics is the foundation of all branches of physics, this book presents essential concepts with clarity, precision, and a student-friendly academic structure suitable for undergraduate learners.
The content is divided into six structured chapters, each thoughtfully aligned with the prescribed curriculum. It begins with Vector Analysis, the foundational mathematical tool of physics, before progressing to fundamental principles such as Newton’s Laws of Motion, Conservation of Energy, Linear & Angular Momentum, Collisions, and Scattering. Subsequent chapters explore Rigid Body Mechanics, the study of Continuous Media, and detailed discussions on Central Forces.
The final chapter introduces Einstein’s Special Theory of Relativity, explaining revolutionary concepts of spacetime, mass-energy equivalence, and the iconic equation E = mc² in a clear and accessible manner.
To ensure strong conceptual and problem-solving skills, each chapter includes:
-
A wide range of modern solved problems with step-by-step solutions
-
Carefully graded unsolved problems, progressing from simple to advanced
-
Long and short answer theory questions aligned with the latest exam trends
This systematic approach helps students practise rigorously, overcome conceptual difficulties, and build confidence for both theoretical and numerical examinations.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Mechanics and Properties of Matter
Mechanics and Properties of Matter
Book Details
-
Publisher: Himalaya Publishing House Pvt. Ltd
-
Language: English
-
Pages: 338
-
ISBN: 9789352028313
-
Edition: First
-
Year of Publication: 2017
About the Book
Mechanics and Properties of Matter is written strictly according to the CBCS syllabus (w.e.f. 2015–16) for B.Sc. Physics – First Semester students of universities across Andhra Pradesh. Since mechanics is the foundation of all branches of physics, this book presents essential concepts with clarity, precision, and a student-friendly academic structure suitable for undergraduate learners.
The content is divided into six structured chapters, each thoughtfully aligned with the prescribed curriculum. It begins with Vector Analysis, the foundational mathematical tool of physics, before progressing to fundamental principles such as Newton’s Laws of Motion, Conservation of Energy, Linear & Angular Momentum, Collisions, and Scattering. Subsequent chapters explore Rigid Body Mechanics, the study of Continuous Media, and detailed discussions on Central Forces.
The final chapter introduces Einstein’s Special Theory of Relativity, explaining revolutionary concepts of spacetime, mass-energy equivalence, and the iconic equation E = mc² in a clear and accessible manner.
To ensure strong conceptual and problem-solving skills, each chapter includes:
-
A wide range of modern solved problems with step-by-step solutions
-
Carefully graded unsolved problems, progressing from simple to advanced
-
Long and short answer theory questions aligned with the latest exam trends
This systematic approach helps students practise rigorously, overcome conceptual difficulties, and build confidence for both theoretical and numerical examinations.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Book Details
-
Publisher: Himalaya Publishing House Pvt. Ltd
-
Language: English
-
Pages: 338
-
ISBN: 9789352028313
-
Edition: First
-
Year of Publication: 2017
About the Book
Mechanics and Properties of Matter is written strictly according to the CBCS syllabus (w.e.f. 2015–16) for B.Sc. Physics – First Semester students of universities across Andhra Pradesh. Since mechanics is the foundation of all branches of physics, this book presents essential concepts with clarity, precision, and a student-friendly academic structure suitable for undergraduate learners.
The content is divided into six structured chapters, each thoughtfully aligned with the prescribed curriculum. It begins with Vector Analysis, the foundational mathematical tool of physics, before progressing to fundamental principles such as Newton’s Laws of Motion, Conservation of Energy, Linear & Angular Momentum, Collisions, and Scattering. Subsequent chapters explore Rigid Body Mechanics, the study of Continuous Media, and detailed discussions on Central Forces.
The final chapter introduces Einstein’s Special Theory of Relativity, explaining revolutionary concepts of spacetime, mass-energy equivalence, and the iconic equation E = mc² in a clear and accessible manner.
To ensure strong conceptual and problem-solving skills, each chapter includes:
-
A wide range of modern solved problems with step-by-step solutions
-
Carefully graded unsolved problems, progressing from simple to advanced
-
Long and short answer theory questions aligned with the latest exam trends
This systematic approach helps students practise rigorously, overcome conceptual difficulties, and build confidence for both theoretical and numerical examinations.
