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  • Q1
    Who are the authors of the book?
    A1

    A: S.K. Sharma and Salini Sharma, esteemed educators in the field of physics.

  • Q2
    What are the key topics covered in the book?
    A2

    The book delves into statistical interpretation of entropy, laws of thermodynamics, Maxwell's thermodynamic relations, and their applications.

  • Q3
    Is the book strictly aligned with the latest syllabus set by Panjab University?
    A3

    Yes, it adheres strictly to the latest syllabus, ensuring that students are equipped with the most relevant knowledge for their academic performance.

  • Q4
    How can this book help students preparing for exams?
    A4

    The inclusion of university question papers, end-of-chapter exercises, and a structured layout allows students to practice and reinforce their understanding, making it a valuable study resource.

  • Q5
    Are there any practical applications included in the book?
    A5

    Yes, the book emphasizes real-world applications of thermodynamic principles, including case studies and examples related to everyday phenomena and advanced topics like the Joule-Thomson effect.

  • Q6
    Is this book suitable for self-study?
    A6

    Yes, the structured format, clear explanations, and comprehensive examples make it an excellent resource for self-study, allowing students to learn at their own pace.

  • Q7
    Are there worked-out examples in the book?
    A7

    Absolutely! The book features numerous worked-out examples that demonstrate the application of theories and formulas to real-world scenarios, helping students to better grasp complex topics.

  • Q8
    Are solutions to end-of-chapter exercises provided?
    A8

    The book includes exercises at the end of each chapter to test understanding, but solutions are typically not provided within the book. Students may find discussion forums or study groups beneficial for collaboration.

  • Q9
    Does the book provide any historical context for the theories discussed?
    A9

    Yes, the authors include brief notes on the historical development of key concepts in statistical mechanics and thermodynamics to provide a deeper understanding of their significance.

  • Q10
    Does the book cater to different learning styles?
    A10

    Absolutely! With a mix of textual explanations, diagrams, equations, and practical examples, the book accommodates visual, auditory, and kinesthetic learners.

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1.Statistical Interpretation of Entropy and Laws of Thermodynamics
2.Maxwell’s Thermodynamics Relations and their Applications 
University Question Paper 
Paper A : STATISTICAL PHYSICS AND THERMODYNAMICS-II 
UNIT-I
Statistical definition of entropy, change of entropy of a system, additive nature of entropy, law of increaseof entropy, reversible and irreversible processeswith examples. Work done in a reversible process.Examples of increase of entropy in natural processes. Entropy and disorder.Brief review of the terms and Laws of Thermodynamics, Carnot’s Cycle. Entropy changes in Carnot’sCycle. Applications of thermodynamics to thermoelectric effect, change of entropy along a reversible pathin a P.V. diagram, entropy of a perfect gas. Equation of state of ideal gas from simple statisticalconsideration. Heat death of the universe.

UNIT-II
Derivation of Maxwell’s thermodynamical relations and applications, cooling produced by adiabaticstretching, adiabatic compression, change of internal energy with volume. Expression for (Cp-Cv),change of state and Clayperon Equation. Thermodynamical treatment of Joule-Thomson effect. Use of
Joule-Thomson effect for liquification of helium. Production of very low temperature by adiabatic demagnetisation.

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