Video Lectures : Pintu Bhattacharya

1. 1D & 3D Box problem in Quantum Mechanics

2. Basic EM Theory

3. Basics of Nuclear Physics

4. Cathode Ray Oscilloscope

5. Curvilinear Coordinates I

6. Equation Of State I

Study Materials

For Part 1

1.Basics of Thermodynamics

2.Thermodynamical scale of Temperature

3. TdS Equations

4.Maxwell's Velocity Distribution Formula

5.Joule Thomson Effect

6. Equation of State

7. Specific Heat :Einstein's Model

8. Different Co-ordinate Systems

9.Clausius Clapeyron Equation

10. Adiabatic Lapse Rate

11. Maxwell's Thermodynamic Relations

12. Relativistic Consequences

13. Velocity Addition Theorem

14. Waves & Vibration

For Part II

A. Syllabus

1.Millikan's Oil Drop Experiment

2. Cathode Ray Oscilloscope

3. Basic Concepts of AC Circuit

4.Thomsons's Method of Measuring Specific Charge

5. Maxwell's Equation : EM Theory

6.Solution To Wave Equation: EM Theory

7. Boundary Conditions : E M Theory

8.Bragg's Law & uses

9.Anderson's Bridge

10. The Compton And Photoelectric Effect

For Part III

Syllabus

1. Curvilinear Co-ordinates

2. Intro. to Tensor

3. Specific Heat : Dulong Petit Law

4. Specific Heat : Einstein's Model

5. Specific Heat : Debye Model

6. Special Function : Legendre's Polynomial

7. Cauchy- Riemann's Conditions

8. 1D & 3D Problem in Quantum Mechanics

9.Child Lagmuir Law & Rechardsion Equation

10. Semiconductor Diode

11. Zener Diode

12. Transistor I

12. Transistor II

13. Transistor 3

14. C-R Equations

Video Lectures

1. Basics of Nuclear Physics 2. 1D & 3D Box problem in Quantum Mechanics 3. Carnot Engine 4. Free Oscillation 5. Damped Oscillation 6. Law of Equipartition of Energy 7. Electric Potential: Dipole, Quadrupole, etc. 8. Cauchy-Riemann Equation 9. Maxwell's Equations 10. Poiseulli's Formula 1st Part 11. Poiseuille's Formula 2nd Part 12. Euler Equation 13. Sources of Errors in Poiseuille's Formula 14. Force on Moving Charge 15. Biot Savart Law 16. Magnetic Field due to Straight Conductor & Circular Loop