Name: A Text Book of Mechanics BSc 1st Semester PU Chandigarh
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Price: 249 INR
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A Text Book of Mechanics BSc 1st Semester PU Chandigarh

by Madhurima

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23 Customer Review

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Q1

Is this book strictly based on the latest NEP-2020 syllabus for Panjab University, Chandigarh?

A1

Yes, this textbook has been specifically updated and revised to provide complete coverage of the upgraded B.Sc. Semester I Mechanics syllabus as per the provisions of the NEP-2020.
Q2

Does this book cover both the major (MAJA-1) and minor (MINB1) physics courses for PU Semester I?

A2

Yes, the syllabus for both MAJA-1 (for students opting for Multi-/Interdisciplinary B.Sc., B.Sc. Honours, etc.) and MINB1 (for students opting for Physics as a Minor) is identical, and this single book comprehensively caters to both student groups.
Q3

How does the book's content align with the specific structure of the Panjab University examination paper?

A3

The book is divided into units that directly correspond to the exam structure. It prepares students for the compulsory question with short answers and emphasizes problem-solving, which carries a 25-30% weightage in the final paper.
Q4

Are numerical problems and their solutions included in the book?

A4

Yes, the book includes a significant number of solved examples and practice problems to help students build the problem-solving skills required to tackle the numerical-heavy sections of the exam.
Q5

I am struggling with the concepts of Central Forces and Kepler's Laws. Does this book explain them clearly?

A5

Absolutely. Chapter 3, "Inverse Square Law and Motion of Particle under Central Forces," is dedicated to these topics, providing a step-by-step derivation of the equation of orbit and a clear explanation of Kepler's Laws.
Q6

Does the textbook provide a good foundation in the Special Theory of Relativity for a first-year student?

A6

Yes, it introduces the subject logically, starting from the Michelson-Morley experiment and moving through postulates, Lorentz transformations, and their consequences like time dilation, all the way to mass-energy equivalence, in a manner designed for B.Sc. beginners.
Q7

Are complex topics like Euler's Equations for rigid body motion explained in an accessible way?

A7

The book covers Rigid Body Dynamics in Chapter 5, which includes a treatment of Euler's Equations, presenting them as a fundamental part of rotational motion with the aim of making them understandable at the undergraduate level.
Q8

How does this book help in understanding the relationship between space-time symmetry and conservation laws?

A8

Chapter 2, "Space-Time Symmetry and Conservation Laws," is specifically dedicated to explaining this profound and often challenging connection, linking homogeneities and symmetries to the conservation of momentum, energy, and angular momentum.
Q9

Is the section on elastic collisions comprehensive enough to solve problems in both lab and CM frames?

A9

Yes, Chapter 4 provides a thorough analysis of elastic collisions, deriving the relationships between velocities, angles, and kinetic energies in both laboratory and center-of-mass systems, which is crucial for solving related problems.
Q10

Can this book be used for self-study, or is a teacher's guidance necessary?

A10

The book is written in a structured and explanatory manner, making it suitable for self-study. However, like any advanced physics text, complex topics may benefit from classroom guidance.

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Have Doubts Regarding This Product ? Ask Your Question

Q1

Is this book strictly based on the latest NEP-2020 syllabus for Panjab University, Chandigarh?

A1

Yes, this textbook has been specifically updated and revised to provide complete coverage of the upgraded B.Sc. Semester I Mechanics syllabus as per the provisions of the NEP-2020.
Q2

Does this book cover both the major (MAJA-1) and minor (MINB1) physics courses for PU Semester I?

A2

Yes, the syllabus for both MAJA-1 (for students opting for Multi-/Interdisciplinary B.Sc., B.Sc. Honours, etc.) and MINB1 (for students opting for Physics as a Minor) is identical, and this single book comprehensively caters to both student groups.
Q3

How does the book's content align with the specific structure of the Panjab University examination paper?

A3

The book is divided into units that directly correspond to the exam structure. It prepares students for the compulsory question with short answers and emphasizes problem-solving, which carries a 25-30% weightage in the final paper.
Q4

Are numerical problems and their solutions included in the book?

A4

Yes, the book includes a significant number of solved examples and practice problems to help students build the problem-solving skills required to tackle the numerical-heavy sections of the exam.
Q5

I am struggling with the concepts of Central Forces and Kepler's Laws. Does this book explain them clearly?

A5

Absolutely. Chapter 3, "Inverse Square Law and Motion of Particle under Central Forces," is dedicated to these topics, providing a step-by-step derivation of the equation of orbit and a clear explanation of Kepler's Laws.
Q6

Does the textbook provide a good foundation in the Special Theory of Relativity for a first-year student?

A6

Yes, it introduces the subject logically, starting from the Michelson-Morley experiment and moving through postulates, Lorentz transformations, and their consequences like time dilation, all the way to mass-energy equivalence, in a manner designed for B.Sc. beginners.
Q7

Are complex topics like Euler's Equations for rigid body motion explained in an accessible way?

A7

The book covers Rigid Body Dynamics in Chapter 5, which includes a treatment of Euler's Equations, presenting them as a fundamental part of rotational motion with the aim of making them understandable at the undergraduate level.
Q8

How does this book help in understanding the relationship between space-time symmetry and conservation laws?

A8

Chapter 2, "Space-Time Symmetry and Conservation Laws," is specifically dedicated to explaining this profound and often challenging connection, linking homogeneities and symmetries to the conservation of momentum, energy, and angular momentum.
Q9

Is the section on elastic collisions comprehensive enough to solve problems in both lab and CM frames?

A9

Yes, Chapter 4 provides a thorough analysis of elastic collisions, deriving the relationships between velocities, angles, and kinetic energies in both laboratory and center-of-mass systems, which is crucial for solving related problems.
Q10

Can this book be used for self-study, or is a teacher's guidance necessary?

A10

The book is written in a structured and explanatory manner, making it suitable for self-study. However, like any advanced physics text, complex topics may benefit from classroom guidance.

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