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Helical Spring 1 - Plus Two Physics Practical

Helical Spring 1 - Plus Two Physics Practical

Concurrent Force - Plus Two physics Practical

Concurrent Force - Plus Two physics Practical

simple pendulum - plus two practical

simple pendulum - plus two practical

Moment Bar - Plus two physics practical

Moment Bar - Plus two physics practical

Screw Gauge - plus two physics practical

Screw Gauge - plus two physics practical

Vernier Calipers plus two practical

Vernier Calipers plus two practical

HSA PHYSICAL SCIENCE SYLLABUS

HSA PHYSICAL SCIENCE SYLLABUS

Hilberts space#quantummechanics #kpsc #hsstphysics #setphysics #netphysics #net

Hilberts space#quantummechanics #kpsc #hsstphysics #setphysics #netphysics #net

Wave Function in QM #setphysics #hsstphysics #kpsc #netphysics #quantummechanics

Wave Function in QM #setphysics #hsstphysics #kpsc #netphysics #quantummechanics

#hsstphysics#SETphysics #NETphysics

#hsstphysics#SETphysics #NETphysics

March 8, 2022

March 8, 2022

KPSC HSST Physics/SET physical science/NET physics Quantum Mechanics1

KPSC HSST Physics/SET physical science/NET physics Quantum Mechanics1

Zeeman Effect and Paschen Back effect for two elections

Zeeman Effect and Paschen Back effect for two elections

Stark Effect

Stark Effect

magnetic moment of two valance electron system

magnetic moment of two valance electron system

The Atom model for two valance electron

The Atom model for two valance electron

The Paschen Back effect

The Paschen Back effect

Zeeman Effect - lande g factor, magnetic moment, intraction energy, selection rule, intensity rule

Zeeman Effect - lande g factor, magnetic moment, intraction energy, selection rule, intensity rule

principle of least action

principle of least action

Geometric Discription of Rigid bodies

Geometric Discription of Rigid bodies

Action - Angle variable

Action - Angle variable

principle axes , Euler equations of motion and Torque free motion of Rigid bodies

principle axes , Euler equations of motion and Torque free motion of Rigid bodies

Moment of Inertia Tensor

Moment of Inertia Tensor

Coriolis force

Coriolis force

Infinitisimal rotations and Rate of change of a vector

Infinitisimal rotations and Rate of change of a vector

Euler Angles - part 2

Euler Angles - part 2

Euler angles - part 1

Euler angles - part 1

The kinematics and dynamics of Rigid bodies

The kinematics and dynamics of Rigid bodies

Relaxation Times

Relaxation Times

Resonance Condition

Resonance Condition

Free Vibration of linear triatomic molecule - part 2

Free Vibration of linear triatomic molecule - part 2

Free Vibration of a linear triatomic molecule - part 1

Free Vibration of a linear triatomic molecule - part 1

Frequencies of free Vibration and Normal coordinates

Frequencies of free Vibration and Normal coordinates

Eigen value equation and the principal axis transformation part 2

Eigen value equation and the principal axis transformation part 2

The Eigen value equation and the principal axis transformation

The Eigen value equation and the principal axis transformation

Fortrat Parabolae and Dissociation

Fortrat Parabolae and Dissociation

Rotational Fine Structure of Electronic Vibration Spectra

Rotational Fine Structure of Electronic Vibration Spectra

Franck - Condon Principle - Intensity of Vibrational Electronic Specta

Franck - Condon Principle - Intensity of Vibrational Electronic Specta

Progression and Sequences , Information Derived from Vibrational Analysis

Progression and Sequences , Information Derived from Vibrational Analysis

Vibrational Analysis of Band Systems - Deslandres Table

Vibrational Analysis of Band Systems - Deslandres Table

Electronic Spectroscopy of Molecules - Vibrational coarse structure

Electronic Spectroscopy of Molecules - Vibrational coarse structure

Stimulated Raman Scattering and Inverse Raman Scattering

Stimulated Raman Scattering and Inverse Raman Scattering

Hyper Raman Effect

Hyper Raman Effect

Non linear Raman Effect

Non linear Raman Effect

Plarization of Raman Effect and Structure Determination of Molecules

Plarization of Raman Effect and Structure Determination of Molecules

Vibrational Raman Spectroscopy

Vibrational Raman Spectroscopy

Raman Spectroscopy

Raman Spectroscopy

Rotational Raman Spectroscopy- Symmetric top Molecules

Rotational Raman Spectroscopy- Symmetric top Molecules

Vibrations of Polyatomic Molecules

Vibrations of Polyatomic Molecules

Breakdown of Born Oppenheimer Approximation

Breakdown of Born Oppenheimer Approximation

Diatomic Vibrating Rotator

Diatomic Vibrating Rotator

Anharmonic Oscillator

Anharmonic Oscillator

Infrared Spectroscopy

Infrared Spectroscopy

Stark Effect

Stark Effect

Hamilton's equation from variational principle

Hamilton's equation from variational principle

Hamilton's Equation of Motion

Hamilton's Equation of Motion

Legendre Transformation

Legendre Transformation

Transformation of the Scattering Problem to Laboratory Coordinates part 2

Transformation of the Scattering Problem to Laboratory Coordinates part 2

Transformation of the Scattering Problem to Laboratory Coordinates Part 1

Transformation of the Scattering Problem to Laboratory Coordinates Part 1

Symmetric Top Molecules

Symmetric Top Molecules

Linear Polyatomic Molecules part 2

Linear Polyatomic Molecules part 2

Linear Polyatomic Molecules part 1

Linear Polyatomic Molecules part 1

Scattering in a Central Force Field part 2

Scattering in a Central Force Field part 2

Scattering in a Central Force Field

Scattering in a Central Force Field

Non Rigid Rotator

Non Rigid Rotator

KeplersProblem Inverse square law of force

KeplersProblem Inverse square law of force

The motion of time in Keplers problem

The motion of time in Keplers problem

Keplers second law

Keplers second law

Population of energy levels and Larmor Precession

Population of energy levels and Larmor Precession

Spin Resonance Spectroscopy - Intraction between Spin and Magnetic Field

Spin Resonance Spectroscopy - Intraction between Spin and Magnetic Field

Lagrange's Equation from Hamilton's Principle

Lagrange's Equation from Hamilton's Principle

Branchistocrone Problem

Branchistocrone Problem

Examples of calculus of variations - shortest distance and minimum surface of revolution

Examples of calculus of variations - shortest distance and minimum surface of revolution

Calculus of Variations

Calculus of Variations

Hamilton's Principle

Hamilton's Principle

Particle Physics - Confined quarks

Particle Physics - Confined quarks

Particle Physics - Quark model

Particle Physics - Quark model

Application of Lagrange's Equation part 2

Application of Lagrange's Equation part 2

Application of Lagrange's Equation

Application of Lagrange's Equation

Particle Physics- Advantage and Disadvantages of Eightfold Way

Particle Physics- Advantage and Disadvantages of Eightfold Way

Particle Physics- Sakata Model and Eightfold Way

Particle Physics- Sakata Model and Eightfold Way

Particle Physics - Conservation of Parity

Particle Physics - Conservation of Parity

Particle Physics - CPT Theorem

Particle Physics - CPT Theorem

Particle Physics - Strangeness and neutral kaons , muliplets

Particle Physics - Strangeness and neutral kaons , muliplets

Particle Physics - Conservation of Isospin and its Component

Particle Physics - Conservation of Isospin and its Component

Particle Physics - Conservation of Strangeness

Particle Physics - Conservation of Strangeness

Particle Physics - Conservation laws (Baryon number and Lepton number)

Particle Physics - Conservation laws (Baryon number and Lepton number)

Particle Physics - Conservation laws (Angular Momentum and Charge)

Particle Physics - Conservation laws (Angular Momentum and Charge)

Particle Physics - Conservation laws ( mass and energy , linear momentum)

Particle Physics - Conservation laws ( mass and energy , linear momentum)

Particle Physics - Yukawa's Theory

Particle Physics - Yukawa's Theory

Particle Physics - Relative strength of forces and Classification of Particles

Particle Physics - Relative strength of forces and Classification of Particles

Particle Physics - Basic forces

Particle Physics - Basic forces

Scattering - Partial Wave Analysis part 2

Scattering - Partial Wave Analysis part 2

Scattering - scattering by a square well potential

Scattering - scattering by a square well potential

Scattering - Optical Theorem and Scattering by a central Potential

Scattering - Optical Theorem and Scattering by a central Potential

Lagrangian and Hamiltonian Formulation - Rayleigh Dissipation Function

Lagrangian and Hamiltonian Formulation - Rayleigh Dissipation Function

Lagrangian and Hamiltonian Formulation - Velocity Dependent Potential

Lagrangian and Hamiltonian Formulation - Velocity Dependent Potential

Lagrangian and Hamiltonian Formulation - Lagrange's Equation

Lagrangian and Hamiltonian Formulation - Lagrange's Equation

Lagrangian and Hamiltonian Formulation - D'Alembert's Principle

Lagrangian and Hamiltonian Formulation - D'Alembert's Principle

Lagrangian and Hamiltonian Formulation - classification of Constraints and Generalized coordinates

Lagrangian and Hamiltonian Formulation - classification of Constraints and Generalized coordinates

Lagrangian and Hamiltonian Formulation

Lagrangian and Hamiltonian Formulation

Scatteering - Partial wave Analysis part 1

Scatteering - Partial wave Analysis part 1

Scattering - Scattering Amplitude and cross section

Scattering - Scattering Amplitude and cross section

Relativistic Wave Equation - Non Relativistic Limit

Relativistic Wave Equation - Non Relativistic Limit

Relativistic Wave Equations - equation of continuity

Relativistic Wave Equations - equation of continuity

Relativistic Wave Equations - Plane Wave Solutions

Relativistic Wave Equations - Plane Wave Solutions

Relativistic Wave Equation - The free Dirac particles / Spin of Dirac Particles

Relativistic Wave Equation - The free Dirac particles / Spin of Dirac Particles

Relativistic Wave Equation Properties of Dirac Matrices

Relativistic Wave Equation Properties of Dirac Matrices

Relativistic Wave Equation Covariant form of Dirac Equation

Relativistic Wave Equation Covariant form of Dirac Equation

Relativistic Wave Equation - Dirac Equation

Relativistic Wave Equation - Dirac Equation

Relativistic Wave Equation - Drawbacks of Klein - Gordan equation

Relativistic Wave Equation - Drawbacks of Klein - Gordan equation

Relativistic Wave Equation - Klein - Gordan equation

Relativistic Wave Equation - Klein - Gordan equation

Time dependent perturbation theory - Dipole transitions

Time dependent perturbation theory - Dipole transitions

Time dependent perturbation theory- Radiative Transitions in atoms

Time dependent perturbation theory- Radiative Transitions in atoms

Time Dependent Perturbation Theory - Harmonic Perturbation

Time Dependent Perturbation Theory - Harmonic Perturbation

Time Dependent Perturbation Theory - Scattering Cross Section in the Born Approximation

Time Dependent Perturbation Theory - Scattering Cross Section in the Born Approximation

time dependedent perturbation theory - transition to continuum

time dependedent perturbation theory - transition to continuum

Time dependent perturbation theory - constant perturbation

Time dependent perturbation theory - constant perturbation

Time dependent perturbation theory

Time dependent perturbation theory

Wkb method- connection Formula - potential well with no vertical walls

Wkb method- connection Formula - potential well with no vertical walls

WKB method - connection formula - potential well with no vertical wall

WKB method - connection formula - potential well with no vertical wall

WKB method connection formula part 2

WKB method connection formula part 2

WKB method- connection formula part 1

WKB method- connection formula part 1

WKB method - classical region example potential well with two vertical walls

WKB method - classical region example potential well with two vertical walls

WKB method nonclassical region tunneling

WKB method nonclassical region tunneling

WKB in classical region

WKB in classical region

WKB approximation method

WKB approximation method

Variational Method

Variational Method

LINEAR STARK EFFECT IN HYDROGEN

LINEAR STARK EFFECT IN HYDROGEN

Inteermediate field zeemzn effect and Hyperfine splitting

Inteermediate field zeemzn effect and Hyperfine splitting

ZEEMAN EFFECT

ZEEMAN EFFECT

Spin orbit coupling

Spin orbit coupling

Fine structure of hydrogen

Fine structure of hydrogen

Degenerate perturbation theory

Degenerate perturbation theory

Time independent perturbation theory - part 2

Time independent perturbation theory - part 2

shuhaina thekkil Live Stream

shuhaina thekkil Live Stream

Time independent perturbation theory part 1

Time independent perturbation theory part 1

Recursion relation for the Clebech- Gordan Coefficients part 2

Recursion relation for the Clebech- Gordan Coefficients part 2

Recursion Relation for the Clebech- Gordan Coefficietns part 1

Recursion Relation for the Clebech- Gordan Coefficietns part 1

Formal Theory of Angular Momentum

Formal Theory of Angular Momentum

Addition Of Angular Momentum

Addition Of Angular Momentum

Spherical Harmonics

Spherical Harmonics

Orbital Angular momentum

Orbital Angular momentum

Matrix Representation of Angular momentum operators

Matrix Representation of Angular momentum operators

Eigenvalues and Eigenstates of Angular Momentum

Eigenvalues and Eigenstates of Angular Momentum

Spin half Systems And finite Rotations

Spin half Systems And finite Rotations

Angular Momentum finite and Infinitisimal Rotation , Fundamental commutation relations

Angular Momentum finite and Infinitisimal Rotation , Fundamental commutation relations

Finite Square Well Potential, quantum mechanics

Finite Square Well Potential, quantum mechanics

Potential barrier part 3 and Tunneling Effect

Potential barrier part 3 and Tunneling Effect

Potential Barrier 2 Quantum Mechanics

Potential Barrier 2 Quantum Mechanics

Potential Barrier 1 Quantum Mechanics

Potential Barrier 1 Quantum Mechanics

Potential step 2 Quantum Mechanics

Potential step 2 Quantum Mechanics

Potential Step 1 Quantum Mechanics

Potential Step 1 Quantum Mechanics

particle in a box Quantum Mechanics

particle in a box Quantum Mechanics

Free particle using Schrodinger equation QM

Free particle using Schrodinger equation QM

Iam so happy kids dance Real fest

Iam so happy kids dance Real fest

Kukkuru kukku kurukkan kids dance real fest

Kukkuru kukku kurukkan kids dance real fest

atomic size in malayalam for high school students

atomic size in malayalam for high school students