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Pradeep Electricity and Magnetism for BSc 1st Year (1st Sem and 2nd Sem) Panjab University Chandigarh, Punjabi University, G.N.D.U. and Other Indian Universities

by Madhurima
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23 Customer Review

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  • Q1
    Is this book suitable for both semesters of BSc 1st Year Physics?
    A1

    Yes, this single volume is designed to comprehensively cover the Electricity and Magnetism syllabus typically taught across the first and second semesters for BSc Physics at the listed universities.

  • Q2
    Which specific universities' syllabi does this book align with?
    A2

    It is explicitly tailored for Panjab University Chandigarh, Punjabi University Patiala, and Guru Nanak Dev University (G.N.D.U.) Amritsar. It is also beneficial for students from other Indian universities with similar undergraduate physics curricula.

  • Q3
    Does the book cover the necessary mathematical foundation, specifically Vector Calculus?
    A3

    Absolutely. Part I begins with a dedicated chapter on Calculus of Vectors, covering gradient, divergence, curl, and key theorems (Stokes', Gauss's Divergence), which are essential for understanding the physics that follows.

  • Q4
    Are topics like Electrical Images and Poisson's Equation included?
    A4

    Yes, the book covers the method of Electrical Images and provides a detailed treatment of Poisson's and Laplace's Equations as per the prescribed syllabus.

  • Q5
    Is the derivation of Electromagnetic Waves from Maxwell's Equations included?
    A5

    Yes, the final chapter of Part II is dedicated to Electromagnetic Waves, deriving them from Maxwell's Equations, which is a crucial culmination of the subject.

  • Q6
    Is this book useful for competitive exams like IIT-JAM or NET/JRF?
    A6

    While its primary focus is the BSc university syllabus, the strong foundational concepts and clear explanations make it a good starting resource for building the core knowledge required for competitive exams in physics.

  • Q7
    Is the language accessible for students new to advanced physics?
    A7

    Yes, Dr. Sikri presents complex topics in a structured and step-by-step manner, making the content accessible to students beginning their undergraduate studies in physics.

  • Q8
    Does the book cover both differential and integral forms of key laws like Gauss's Law?
    A8

    Yes, it explains both the integral and differential forms of fundamental laws such as Gauss's Law, providing a complete understanding.

  • Q9
    Is magnetic induction in materials (like magnetization vector) covered?
    A9

    Yes, the "Magnetic Induction" chapter in Part II deals with magnetic materials, covering concepts related to magnetization, completing the study of fields in matter alongside dielectrics.

  • Q10
    Does it explain the physical significance of curl and divergence in electromagnetism?
    A10

    Yes, the initial chapter on vector calculus emphasizes the physical significance and applications of these operators, which are repeatedly used in the context of electric and magnetic fields.

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Have Doubts Regarding This Product ? Ask Your Question

  • Q1
    Is this book suitable for both semesters of BSc 1st Year Physics?
    A1

    Yes, this single volume is designed to comprehensively cover the Electricity and Magnetism syllabus typically taught across the first and second semesters for BSc Physics at the listed universities.

  • Q2
    Which specific universities' syllabi does this book align with?
    A2

    It is explicitly tailored for Panjab University Chandigarh, Punjabi University Patiala, and Guru Nanak Dev University (G.N.D.U.) Amritsar. It is also beneficial for students from other Indian universities with similar undergraduate physics curricula.

  • Q3
    Does the book cover the necessary mathematical foundation, specifically Vector Calculus?
    A3

    Absolutely. Part I begins with a dedicated chapter on Calculus of Vectors, covering gradient, divergence, curl, and key theorems (Stokes', Gauss's Divergence), which are essential for understanding the physics that follows.

  • Q4
    Are topics like Electrical Images and Poisson's Equation included?
    A4

    Yes, the book covers the method of Electrical Images and provides a detailed treatment of Poisson's and Laplace's Equations as per the prescribed syllabus.

  • Q5
    Is the derivation of Electromagnetic Waves from Maxwell's Equations included?
    A5

    Yes, the final chapter of Part II is dedicated to Electromagnetic Waves, deriving them from Maxwell's Equations, which is a crucial culmination of the subject.

  • Q6
    Is this book useful for competitive exams like IIT-JAM or NET/JRF?
    A6

    While its primary focus is the BSc university syllabus, the strong foundational concepts and clear explanations make it a good starting resource for building the core knowledge required for competitive exams in physics.

  • Q7
    Is the language accessible for students new to advanced physics?
    A7

    Yes, Dr. Sikri presents complex topics in a structured and step-by-step manner, making the content accessible to students beginning their undergraduate studies in physics.

  • Q8
    Does the book cover both differential and integral forms of key laws like Gauss's Law?
    A8

    Yes, it explains both the integral and differential forms of fundamental laws such as Gauss's Law, providing a complete understanding.

  • Q9
    Is magnetic induction in materials (like magnetization vector) covered?
    A9

    Yes, the "Magnetic Induction" chapter in Part II deals with magnetic materials, covering concepts related to magnetization, completing the study of fields in matter alongside dielectrics.

  • Q10
    Does it explain the physical significance of curl and divergence in electromagnetism?
    A10

    Yes, the initial chapter on vector calculus emphasizes the physical significance and applications of these operators, which are repeatedly used in the context of electric and magnetic fields.

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