Канал: Nissamuddeen Kunnath

Fine structure 2

Fine structure 2

Relativistic correction

Relativistic correction

Fine structure 3

Fine structure 3

Fine structure 2

Fine structure 2

fine structure 1

fine structure 1

Energy of a Mechanical Wave

Energy of a Mechanical Wave

Fine structure 3

Fine structure 3

fine structure 1

fine structure 1

7 16 6 20

7 16 6 20

Energy and momentum flow

Energy and momentum flow

Energy of sine wave

Energy of sine wave

2.14. WKB Applications - Tunneling Lecture - 3

2.14. WKB Applications - Tunneling Lecture - 3

2.13. WKB Applications Tunneling - Lecture - 2

2.13. WKB Applications Tunneling - Lecture - 2

2.12. WKB Applications - Tunneling lecture 1

2.12. WKB Applications - Tunneling lecture 1

2.11. WKB Applications Bound state Lecture - 3

2.11. WKB Applications Bound state Lecture - 3

2.10. WKB Applications Bound state Lecture - 2

2.10. WKB Applications Bound state Lecture - 2

2.9. WKB Applications - Bound state - Lecture 1

2.9. WKB Applications - Bound state - Lecture 1

2. 8. Connection formulae - Lecture - 3

2. 8. Connection formulae - Lecture - 3

2.7. Connection formulae Lecture - 2

2.7. Connection formulae Lecture - 2

2.6. Connection formulae Lecture - 1

2.6. Connection formulae Lecture - 1

2.5. WKB Wave function Lecture - 3

2.5. WKB Wave function Lecture - 3

2.4. WKB Wave function - Lecture 2

2.4. WKB Wave function - Lecture 2

2.3. WKB Wave function - Lecture 1

2.3. WKB Wave function - Lecture 1

2.2. WKB Aprox Criteria for validity

2.2. WKB Aprox Criteria for validity

2.1. WKB Aprox Principle

2.1. WKB Aprox Principle

1.28. TIPT HO problem

1.28. TIPT HO problem

1. 27. Zeeman Effect Lecture - 2

1. 27. Zeeman Effect Lecture - 2

1.26. Zeeman Effect

1.26. Zeeman Effect

1.25. stark effect n=2 vid 4

1.25. stark effect n=2 vid 4

1.24. Stark Effect n= 2 Vid 3

1.24. Stark Effect n= 2 Vid 3

1.23. stark Effect in n=2 state vid- 2

1.23. stark Effect in n=2 state vid- 2

1.22. Stark effect - Degenerate case n=2 of Hydrogen

1.22. Stark effect - Degenerate case n=2 of Hydrogen

1.21. Stark effect Quadratic

1.21. Stark effect Quadratic

1.20. Stark effect in ground state

1.20. Stark effect in ground state

1.19. Fine structure - Spin Orbit coupling 3

1.19. Fine structure - Spin Orbit coupling 3

1.18. Fine structure - Spin Orbit coupling 2

1.18. Fine structure - Spin Orbit coupling 2

1.17. Fine structure - Spin Orbit coupling 1

1.17. Fine structure - Spin Orbit coupling 1

1.16. Fine structure & Relativistic correction

1.16. Fine structure & Relativistic correction

1.15. Particle in a potential well

1.15. Particle in a potential well

1.14. fine structure Lecture 3

1.14. fine structure Lecture 3

1.13. fine structure Lecture 2

1.13. fine structure Lecture 2

1.12. fine structure Lecture 1

1.12. fine structure Lecture 1

1.11. Degenerate perturbation theory 3

1.11. Degenerate perturbation theory 3

1.10. Degenerate perturbation 2

1.10. Degenerate perturbation 2

1.9. Degenerate perturbation theory

1.9. Degenerate perturbation theory

1.8. Anharmonic oscillator

1.8. Anharmonic oscillator

1.7. Second order correction

1.7. Second order correction

1.6. Recalling Perturbation equation - First order correction

1.6. Recalling Perturbation equation - First order correction

1.5 Recalling Perturbation equation

1.5 Recalling Perturbation equation

1.4 First order correction in wave function

1.4 First order correction in wave function

1.3. First order correction in energy

1.3. First order correction in energy

1.2. Time Independant Perturbation Theory - Equation

1.2. Time Independant Perturbation Theory - Equation

1.1 Time Independent perturbation - Introduction

1.1 Time Independent perturbation - Introduction

5.16. Helium atom- lecture 2

5.16. Helium atom- lecture 2

5.15. Case of Helium Atom

5.15. Case of Helium Atom

5.14. Paulis principle and exclusion principle

5.14. Paulis principle and exclusion principle

5.13. Spin, Statistics and symmetry

5.13. Spin, Statistics and symmetry

5.12. Symmetric and anti symmetric wave functions

5.12. Symmetric and anti symmetric wave functions

5.11. Identity of particles

5.11. Identity of particles

5.10. Time reversal

5.10. Time reversal

5.9. Eigen states of parity

5.9. Eigen states of parity

5.8. Rotational invariance of Hamiltonian - Conservation of J, Parity

5.8. Rotational invariance of Hamiltonian - Conservation of J, Parity

5.7. Rotational invariance of Hamiltonian

5.7. Rotational invariance of Hamiltonian

5.6. Conservation of linear momentum 2

5.6. Conservation of linear momentum 2

5.5. Translation in space Conservation of linear momentum

5.5. Translation in space Conservation of linear momentum

5.4. Geometrical symmetries

5.4. Geometrical symmetries

5.3. Properties of symmetry transformation

5.3. Properties of symmetry transformation

5.2. Symmetry transformation of Hamiltonian

5.2. Symmetry transformation of Hamiltonian

5.1. Symmetry and conservation laws introduction

5.1. Symmetry and conservation laws introduction

4.19. Opamp Schmidt trigger, V - I Converter

4.19. Opamp Schmidt trigger, V - I Converter

4.11. Second order low pass Butterworth filter

4.11. Second order low pass Butterworth filter

4.18. Monostable multivibrator

4.18. Monostable multivibrator

4.17. opamp Astable Multivibrator

4.17. opamp Astable Multivibrator

4.16. Opamp Wien bridge oscillator

4.16. Opamp Wien bridge oscillator

4.15. Band pass and band reject filters

4.15. Band pass and band reject filters

4 .14. Cascaded filters

4 .14. Cascaded filters

4 .13. High pass butterworth filter

4 .13. High pass butterworth filter

4.12. First order high pass butterworth 1

4.12. First order high pass butterworth 1

4.10. First order low pass butterworth filter

4.10. First order low pass butterworth filter

4.9. CLassification of filters - 2

4.9. CLassification of filters - 2

4.7. opamp filters introduction

4.7. opamp filters introduction

4.8. filter classes

4.8. filter classes

4.6. Differentiator frequency response

4.6. Differentiator frequency response

4.5. Opamp Differentiator 1

4.5. Opamp Differentiator 1

4.4. Integrator 2

4.4. Integrator 2

4.3. Opamp integrator 1

4.3. Opamp integrator 1

4.2. Opamp application

4.2. Opamp application

4.1. Opamp applications comparator

4.1. Opamp applications comparator

3. 20. Lead compensation

3. 20. Lead compensation

3.19. pole - zero compensation

3.19. pole - zero compensation

3.18. Opamp need for Compensation

3.18. Opamp need for Compensation

3.17. frequency response of opamp

3.17. frequency response of opamp

3.16 - Effect of Zero lecture 2 - opamp frequency response

3.16 - Effect of Zero lecture 2 - opamp frequency response

3.15. Effect of Zero - lecture 1- frequency response of opamp

3.15. Effect of Zero - lecture 1- frequency response of opamp

3.13. Effect of pole 2 - lecture 2- frequency response of opamp

3.13. Effect of pole 2 - lecture 2- frequency response of opamp

3.14. Effect of a pole - lecture 3 - opamp frequency response

3.14. Effect of a pole - lecture 3 - opamp frequency response

3.12. Effect of a pole lecture 1 - opamp frequency response

3.12. Effect of a pole lecture 1 - opamp frequency response

3.11. opamp - measurement of CMRR and SR

3.11. opamp - measurement of CMRR and SR

3.10. Offset voltage and bias current measurement

3.10. Offset voltage and bias current measurement

3.9 Measurement of opamp parameters Rin and Vio

3.9 Measurement of opamp parameters Rin and Vio

3. 8. Measurement of opamp parameters A and Ro

3. 8. Measurement of opamp parameters A and Ro

3.7. opamp UGB

3.7. opamp UGB

3.6. opamp Problem based on SR and UGB

3.6. opamp Problem based on SR and UGB

3. 5. Opamp Slew Rate

3. 5. Opamp Slew Rate

3.4. Opamp Voltage follower

3.4. Opamp Voltage follower

3.3 opamp Non inverting amplifier

3.3 opamp Non inverting amplifier

3 2 Opamp Inverting amplifier

3 2 Opamp Inverting amplifier

3.1. Opamp virtual ground

3.1. Opamp virtual ground

5.5. AVR IO Programming - SBIS

5.5. AVR IO Programming - SBIS

5.4. AVR IO Programming Square wave generation

5.4. AVR IO Programming Square wave generation

5.3. AVR IO Programming - Pin Addressability

5.3. AVR IO Programming - Pin Addressability

5.2. AVR IO Programming - Role of PIN, PORT registers

5.2. AVR IO Programming - Role of PIN, PORT registers

5.1. AVR IO Programming - Ports in AVR

5.1. AVR IO Programming - Ports in AVR

4.21. AVR Programming - program for Swapping

4.21. AVR Programming - program for Swapping

4.20. AVR Programming - Swapping

4.20. AVR Programming - Swapping

4.19. AVR Programming - Negative number representation

4.19. AVR Programming - Negative number representation

4.18. AVR programming- Division

4.18. AVR programming- Division

4 .17. AVR Programming 1

4 .17. AVR Programming 1

4 .16. AVR Architecture - Delay calculation

4 .16. AVR Architecture - Delay calculation

4 .15. AVR Architecture - Instruction Pipelining

4 .15. AVR Architecture - Instruction Pipelining

4.14. AVR Architecture - Time delay

4.14. AVR Architecture - Time delay

4.13. AVR Architecture Handling of STACK

4.13. AVR Architecture Handling of STACK

4.12. AVR Architecture - Unconditional JMP & Call

4.12. AVR Architecture - Unconditional JMP & Call

4.11. AVR Architecture - Conditional branch

4.11. AVR Architecture - Conditional branch

4 .10. AVR Architecture Assembler Directives

4 .10. AVR Architecture Assembler Directives

4.9. AVR Architecture I flag , AVR data format

4.9. AVR Architecture I flag , AVR data format

4.8. AVR Architecture SREG

4.8. AVR Architecture SREG

4.7. AVR Architecture ALU Instruction

4.7. AVR Architecture ALU Instruction

4. 6. AVR Architecture DM Instructions

4. 6. AVR Architecture DM Instructions

4.5. AVR Architecture Data memory

4.5. AVR Architecture Data memory

4.4. AVR Microcontrollers and Embedded Systems - AVR Architecture GPR

4.4. AVR Microcontrollers and Embedded Systems - AVR Architecture GPR

4.3. AVR Microcontrollers and Embedded Systems - AVR features

4.3. AVR Microcontrollers and Embedded Systems - AVR features

4.2. AVR Microcontrollers and Embedded Systems - Microcontroller vs Microprocessor

4.2. AVR Microcontrollers and Embedded Systems - Microcontroller vs Microprocessor

4.1. AVR Microcontrollers and Embedded Systems - Microcontroller

4.1. AVR Microcontrollers and Embedded Systems - Microcontroller

3.17. Peripheral devices and interfacing - 7 segment LED display

3.17. Peripheral devices and interfacing - 7 segment LED display

3.16. Peripheral devices and Interfacing - ADC Interfacing - Lecture 6

3.16. Peripheral devices and Interfacing - ADC Interfacing - Lecture 6

3.15. Peripheral devices and Interfacing - ADC Interfacing - Lecture 5

3.15. Peripheral devices and Interfacing - ADC Interfacing - Lecture 5

3.14. Peripheral devices and Interfacing - ADC Interfacing - Lecture 4

3.14. Peripheral devices and Interfacing - ADC Interfacing - Lecture 4

3.13. Peripheral devices and Interfacing - ADC Interfacing - Lecture 3

3.13. Peripheral devices and Interfacing - ADC Interfacing - Lecture 3

3.12. Peripheral devices and Interfacing - ADC Interfacing - Lecture 2

3.12. Peripheral devices and Interfacing - ADC Interfacing - Lecture 2

3.11. Peripheral devices and Interfacing - ADC Interfacing - Lecture 1

3.11. Peripheral devices and Interfacing - ADC Interfacing - Lecture 1

3.10. Peripheral devices and Interfacing - Programmable Interrupt Controller - 8259

3.10. Peripheral devices and Interfacing - Programmable Interrupt Controller - 8259

3.9. Peripheral devices and Interfacing - DMAC 8257operation

3.9. Peripheral devices and Interfacing - DMAC 8257operation

3.8. Peripheral devices and Interfacing- DMAC 8257 - pin out

3.8. Peripheral devices and Interfacing- DMAC 8257 - pin out

3.7. Peripheral devices and Interfacing - DMA

3.7. Peripheral devices and Interfacing - DMA

3.6. Peripheral Devices and Interfacing - Programmable Counter cum Interval Timer - 8253 Lecture 2

3.6. Peripheral Devices and Interfacing - Programmable Counter cum Interval Timer - 8253 Lecture 2

3.5. Peripheral devices and Interfacing - Programmable Communication Interface - 8253 lecture 1

3.5. Peripheral devices and Interfacing - Programmable Communication Interface - 8253 lecture 1

3.4. Peripheral devices and Interfacing - Programming 8255

3.4. Peripheral devices and Interfacing - Programming 8255

3.3. Peripheral devices and Interfacing - PPI 8255 Modes of operation

3.3. Peripheral devices and Interfacing - PPI 8255 Modes of operation

3.2. Peripheral devices and Interfacing - PPI 8255

3.2. Peripheral devices and Interfacing - PPI 8255

3. 1 Peripheral devices and Interfacing - Interfacing

3. 1 Peripheral devices and Interfacing - Interfacing

Microprocessor 8085 - IO Address decoding using 74LS138

Microprocessor 8085 - IO Address decoding using 74LS138

Microprocessor 8085 - Memory Address decoding using 74LS138

Microprocessor 8085 - Memory Address decoding using 74LS138

Microprocessor 8085 - IO & M interfacing using decoder

Microprocessor 8085 - IO & M interfacing using decoder

Microprocessor 8085 - Control signal for IO & M lecture 1

Microprocessor 8085 - Control signal for IO & M lecture 1

8085 Programming - Sorting of numbers lecture 3

8085 Programming - Sorting of numbers lecture 3

8085 Programming - Sorting of numbers lecture 2

8085 Programming - Sorting of numbers lecture 2

8085 Programming - Sorting of Numbers lecture 1

8085 Programming - Sorting of Numbers lecture 1

8085 Programming - ALP to find Largest number in a set lecture 2 and alternate programme

8085 Programming - ALP to find Largest number in a set lecture 2 and alternate programme

8085 Programming - ALP to find largest number in a series

8085 Programming - ALP to find largest number in a series

Programming 8085 - 2 byte addition lecture 2 and Comparison lecture 1

Programming 8085 - 2 byte addition lecture 2 and Comparison lecture 1

Programming 8085 - DAA lecture 2 and 16 bit addition

Programming 8085 - DAA lecture 2 and 16 bit addition

Programming 8085 - DAA lecture 1

Programming 8085 - DAA lecture 1

8085 Programming - Subtraction with carry

8085 Programming - Subtraction with carry

8085 Programming - Addition with carry lecture 2

8085 Programming - Addition with carry lecture 2

8085 Programming - Addition with carry 1

8085 Programming - Addition with carry 1

8085 Programming - sample programme 2

8085 Programming - sample programme 2

8085 Programming - sample programme 1

8085 Programming - sample programme 1

Microprocessors and Applications - Instruction Set of 8085- IO & MC Gp - Lecture 3

Microprocessors and Applications - Instruction Set of 8085- IO & MC Gp - Lecture 3

Microprocessors and Applications - Instruction Set of 8085- IO & MC Gp - Lecture 2

Microprocessors and Applications - Instruction Set of 8085- IO & MC Gp - Lecture 2

Microprocessors and Applications - Instruction Set of 8085- IO & MC Gp Gp - Lecture 1

Microprocessors and Applications - Instruction Set of 8085- IO & MC Gp Gp - Lecture 1

Microprocessors and Applications - Instruction Set of 8085- Branch Gp - Lecture 3

Microprocessors and Applications - Instruction Set of 8085- Branch Gp - Lecture 3

Microprocessors and Applications - Instruction set of 8085 - Branchl Gp - Lecture 2

Microprocessors and Applications - Instruction set of 8085 - Branchl Gp - Lecture 2

Microprocessors and Applications - Instruction set of 8085 - Branchl Gp - Lecture 1

Microprocessors and Applications - Instruction set of 8085 - Branchl Gp - Lecture 1

Microprocessors and Applications -Instruction set of 8085 - Logical Gp - Lecture 2

Microprocessors and Applications -Instruction set of 8085 - Logical Gp - Lecture 2

Microprocessors - Instruction set of 8085 - Logical GP - lecture 1

Microprocessors - Instruction set of 8085 - Logical GP - lecture 1

Microprocessors - Instruction set of 8085 - lecture 3

Microprocessors - Instruction set of 8085 - lecture 3

Microprocessors and Applications - Instruction set of 8085 - Arithmetic Gp-Lecture 2

Microprocessors and Applications - Instruction set of 8085 - Arithmetic Gp-Lecture 2

Microprocessors and applications - Instruction set of 8085-Arithmetic gp Lecture 1

Microprocessors and applications - Instruction set of 8085-Arithmetic gp Lecture 1

IV Sem MSc Physics - Python Practical -Linear Least Square Curve Fitting

IV Sem MSc Physics - Python Practical -Linear Least Square Curve Fitting

IV Sem MSc Physics python practical - Oscillator in Earth's field

IV Sem MSc Physics python practical - Oscillator in Earth's field

IV Sem MSc Physics - Python Practical - Young's Double Slit Experiment Simulation

IV Sem MSc Physics - Python Practical - Young's Double Slit Experiment Simulation

IV Sem MSc Physics Computational Physics Practical - Projectile Motion

IV Sem MSc Physics Computational Physics Practical - Projectile Motion

IV Sem MSc. Physics Computational Physics Practical - Rutherford scattering

IV Sem MSc. Physics Computational Physics Practical - Rutherford scattering

scattering 2

scattering 2

Scattering 1

Scattering 1

RQM Lecture 4 Success of Dirac Theory

RQM Lecture 4 Success of Dirac Theory

Relativistic QM - Dirac Equation

Relativistic QM - Dirac Equation

python programming- MSc S4 Physics- Double slit experiment

python programming- MSc S4 Physics- Double slit experiment

Relativistic QM Lecture 2

Relativistic QM Lecture 2

Relativistic Quantum Mechanics Lecture 1

Relativistic Quantum Mechanics Lecture 1

Time dependent perturbation - Lecture 4

Time dependent perturbation - Lecture 4

Time dependent perturbation lecture 3

Time dependent perturbation lecture 3

Time dependent perturbation lecture 2

Time dependent perturbation lecture 2

Time dependent perturbation lecture 1

Time dependent perturbation lecture 1

WKB lecture 5 tunneling

WKB lecture 5 tunneling

wkb lecture 4 bound state

wkb lecture 4 bound state

WKB Aproximation Lecture 3 - Connection Formulae

WKB Aproximation Lecture 3 - Connection Formulae

WKB Wave function

WKB Wave function

WKB Aproximation - Principle and validity

WKB Aproximation - Principle and validity