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Instructor Name

MAYURI INGOLE MADAM

Category

Science

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Course Requirements

To be eligible for admission to a 3-year Bachelor of Science (B.sc) degree program in colleges affiliated with Sant Gadge Baba Amravati University, a student typically needs to have successfully completed their Higher Secondary Certificate (HSC) in either the science or Science field and maintained a consistent academic record throughout their educational career.

Course Description

By the successful completion of the Course, the student will be all set to face the exam with confidence and with proper preparation of the course, student can ace the results.

Course Outcomes

1. Gain knowledge of the fundamental laws of thermodynamics, concept of enthalpy, develop critical understanding of concept of thermodynamic potentials and formulation of Maxwell’s thermodynamic relations with its applications.

2. Understand the basic aspects of kinetic theory of gases, Maxwell’s distribution law of velocities, Mean free path of molecular collisions and transport phenomena in ideal gases.

3. Examine the nature of black body radiations and understand Stefan-Boltzmann’s Law, Rayleigh-Jeans Law and Wien’s displacement Law with their significance.

4. Understand the properties of macroscopic systems using the knowledge of individual particles by different theories and comparison of Maxwell’s-Boltzmann, Fermi-Dirac and Bose-Einstein statistics.

Course Curriculum

1 SYLLABUS


1 1 Introduction of thermodynamics
12 Min


2 2 Thermal equilibrium and Zeroth law thermodynamic
17 Min


3 3 1 First law of thermodynamic
13 Min


4 3 2Application of first law of thermodynamics
16 Min


5 4 1 Second law of thermodynamics
14 Min


6 4 2 Concept of Entropy
13 Min


7 5 Third law of thermodynamics
5 Min


8 6 Reversible process and irreversible process
11 Min


9 7 1 Maxwell 2nd & 3rd thermodynamic relation
11 Min


10 7 Maxwell 1st thermodynamic relation
12 Min


11 7 2 Maxwell 4th thermodynamic relation
4 Min


12 7 3 Maxwell other thermodynamic relation
6 Min


13 8 1Thermodynamic potential internal energy and enthalpypart 1
11 Min


14 8 2Thermodynamic potentialHelmholtz free energy and gibb's free energypart 2
15 Min


15 9 Application of M T relation joule Thomson effect
22 Min


16 11 1 Clasius clapeyron equation
16 Min


1. SYLLABUS

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S1104 - BSC 2 SEMESTER 3 PHYSICS(CBCS)

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