Reviewer Certificate

Microprocessor 8085 pin description

Intel 8085 pin description

For lecture notes CLICK HERE 

LEGENDRE POLYNOMIALS

Legendre polynomials and it's recurrence relations

For lecture notes CLICK HERE

Heisenberg method: Matrix representation of eigen value equation

Dear students

  In PH 222 course entitled Thermodynamics, statistical and quantum physics, there is unit 3 in which Heisenberg method featuring the matrix representation of eigen value problems is mentioned. The audio lecture and lecture note corresponding to it is provided. Watch and listen to it. Click the links below.

LECTURE NOTE

AUDIO LECTURE

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Lesson plan for Department of Physics

II DC S3 Chemistry (2020 admission): Portion division

[11/19, 11:26 AM] Dr. Chalana:

PY1331.2 – Optics, Magnetism and Electricity 

Unit I 

Interference (11 hours)

Polarisation (6 hours)

[11/19, 12:19 PM] Dr.Siji Narendran: 

PY1331.2 – Optics, Magnetism and Electricity 

Unit I 

Diffraction 11 hrs

Laser and Fibre Optics (6 hours)

[11/19, 11:28 AM] Dr. Sreejith Krishnan: 

PY1331.2 – Optics, Magnetism and Electricity 

Unit II

Magnetism (10 hrs)

Electricity (10 hrs)

 I MSc (2021 Admission)  portion division. 

Officially classes start on 15/11/2021.

Dr. Arun S. Prasad

4 credit theory classes, total 72 hrs of portions to be covered

PH 212 Mathematical physics : unit 2: differential equations and special functions (36 hrs)

PH213 Basic electronics: Unit 3: Optoelectronics and instrumentation (36 hrs)

Dr. Tintu R: Portions for 1MSC

PH 212:Mathematical physics Unit 3.(36 hr)

Dr. Induja I.J.: I MSc (36 h)

PH 211-Classical mechanics Unit II

Dr.Chalana S. R.: Portions for 1MSC

PH 211:Classical mechanics

Unit I (36 hr)

Dr. Siji Narendran N. K.:  3 Credit theory classes 54 hrs

PH 213 Basic Electronics 

Unit III Digital electronics 36 hrs

Unit I Operational Amplifiers 18 hrs

Dr. Sreejith Krishnan: S1 MSc Portion Division

Total: 54 hrs (3 hrs/Week)

PH 211 Classical Mechanics

Unit III (38hrs)

PH 213 Basic Electronics

Unit I (18hrs)

Selections from electronic circuits (10hrs)

Microwave solid state electronic devices (8hrs)

Dr. Sasanka Kumar: I st MSc

Mathematical physics

Unit 1(36 hrs)

Introduction to entropy

Dear students

 Go through the lecture notes regarding introduction to entropy.

For lecture notes CLICK HERE

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Numerical solution to partial differential equations such as Laplace's and Poisson's equation

Dear Students

Go through the following link for lecture notes regarding numerical solution to partial differential equations such as Laplace's and Poisson's equation.

For PDF lecture note CLICK HERE

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