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Close Packing in Solids

Close Packing in Solids

Statistical Thermodynamics- Thermodynamic properties of ideal monoatomic gas

Statistical Thermodynamics- Thermodynamic properties of ideal monoatomic gas

Statistical Thermodynamics- thermodynamic properties and partition function

Statistical Thermodynamics- thermodynamic properties and partition function

Statistical Thermodynamics-Internal energy and Partition function

Statistical Thermodynamics-Internal energy and Partition function

Solid State - Unit Cells

Solid State - Unit Cells

Statistical Thermodynamics-4 | Vibrational Partition Function |

Statistical Thermodynamics-4 | Vibrational Partition Function |

NMR Spectroscopy- Part 3 | Splitting of signals

NMR Spectroscopy- Part 3 | Splitting of signals

Statistical Thermodynamics - Molecular Partition Function

Statistical Thermodynamics - Molecular Partition Function

Statistical Thermodynamics - 2 | Maxwell - Boltzmann distribution law

Statistical Thermodynamics - 2 | Maxwell - Boltzmann distribution law

Statistical Thermodynamics - Basic Concepts

Statistical Thermodynamics - Basic Concepts

Alcohols - Chemical Properties

Alcohols - Chemical Properties

Rigid Rotator - Part 2 | Particle on a sphere

Rigid Rotator - Part 2 | Particle on a sphere

Biochemistry of Zinc and Cobalt

Biochemistry of Zinc and Cobalt

Postulates of quantum mechanics

Postulates of quantum mechanics

Particle in a box | Numerical problems solved

Particle in a box | Numerical problems solved

Rigid Rotator - Part 1 | Particle in a ring

Rigid Rotator - Part 1 | Particle in a ring

Quantum chemistry- Part 2 | Hamiltonian, Hermitian operators | Eigen value, eigen function

Quantum chemistry- Part 2 | Hamiltonian, Hermitian operators | Eigen value, eigen function

Simple Harmonic Oscillator - Quantum mechanical treatment

Simple Harmonic Oscillator - Quantum mechanical treatment

Sodium - Potassium Pump : with animation

Sodium - Potassium Pump : with animation

Wave function-physical significance | Well- behaved wave function

Wave function-physical significance | Well- behaved wave function

Molecular Orbital Theory

Molecular Orbital Theory

Crystal Field Theory - Coordination Chemistry

Crystal Field Theory - Coordination Chemistry

Valence Bond Theory of Coordination Compounds

Valence Bond Theory of Coordination Compounds

VSEPR Theory - Part 2

VSEPR Theory - Part 2

VSEPR Theory - Part 1

VSEPR Theory - Part 1

Born - Haber Cycle | Lattice Energy

Born - Haber Cycle | Lattice Energy

Chemical Bonding

Chemical Bonding

NMR Spectroscopy - Part 2 | Classical theory of NMR | Chemical Shift |

NMR Spectroscopy - Part 2 | Classical theory of NMR | Chemical Shift |

NMR Spectroscopy - Part 1

NMR Spectroscopy - Part 1

Electronic spectroscopy- 2 | Dissociation & Predissociation

Electronic spectroscopy- 2 | Dissociation & Predissociation

Quantum Chemistry -1 | Operators in quantum mechanics

Quantum Chemistry -1 | Operators in quantum mechanics

ChemOnline Live Stream

ChemOnline Live Stream

Wave particle duality of matter - de-Broglie relation

Wave particle duality of matter - de-Broglie relation

Carnot's cycle - Efficiency of a heat engine | Second law of thermodynamics

Carnot's cycle - Efficiency of a heat engine | Second law of thermodynamics

Electronic Spectroscopy | Franck - Condon Principle

Electronic Spectroscopy | Franck - Condon Principle

Distinction between primary, secondary and tertiary alcohols| Lucas Test| Victor Meyer's Test

Distinction between primary, secondary and tertiary alcohols| Lucas Test| Victor Meyer's Test

Pinacol - Pinacolone Rearrangement | Mechanism |

Pinacol - Pinacolone Rearrangement | Mechanism |

Joule-Thomson Effect

Joule-Thomson Effect

line spectrum of hydrogen

line spectrum of hydrogen

Rotational-Vibrational spectra of diatomic and polyatomic molecules.

Rotational-Vibrational spectra of diatomic and polyatomic molecules.

How to make up a solution in a standard flask | Volumetric analysis

How to make up a solution in a standard flask | Volumetric analysis

Raman Spectroscopy- 3 | Rotational- Vibrational Raman Spectra | Rule of mutual exclusion

Raman Spectroscopy- 3 | Rotational- Vibrational Raman Spectra | Rule of mutual exclusion

Isothermal expansion of an ideal gas- changes in thermodynamic properties.

Isothermal expansion of an ideal gas- changes in thermodynamic properties.

Raman spectroscopy-2 | Classsical theory of Raman effect

Raman spectroscopy-2 | Classsical theory of Raman effect

Heat Capacity | Relation between Cp and Cv

Heat Capacity | Relation between Cp and Cv

Preparation of Alcohols | Alcohols - Part 2

Preparation of Alcohols | Alcohols - Part 2

Raman Spectroscopy | Quantum theory of Raman effect | Stokes and anti-Stokes lines

Raman Spectroscopy | Quantum theory of Raman effect | Stokes and anti-Stokes lines

First law of thermodynamics | Internal energy

First law of thermodynamics | Internal energy

Alcohols - Introduction

Alcohols - Introduction

Rotational Spectroscopy- Solved Problems

Rotational Spectroscopy- Solved Problems

Volumetric analysis - #2 | Concentration terms | Numerical problems

Volumetric analysis - #2 | Concentration terms | Numerical problems

Expression for pressure - volume work

Expression for pressure - volume work

Anharmonic oscillator - vibrational spectroscopy

Anharmonic oscillator - vibrational spectroscopy

Rotational spectra of polyatomic molecules | Non rigid rotator

Rotational spectra of polyatomic molecules | Non rigid rotator

Reversible and Irreversible Process

Reversible and Irreversible Process

#VolumetricAnalysis Volumetric Analysis 1 - introduction

#VolumetricAnalysis Volumetric Analysis 1 - introduction

#VibrationalSpectroscopy Vibrational spectra of diatomic molecule- Simple Harmonic Oscillator

#VibrationalSpectroscopy Vibrational spectra of diatomic molecule- Simple Harmonic Oscillator

#RotationalSpectroscopy Rotational spectroscopy 3-Intensity of spectral lines

#RotationalSpectroscopy Rotational spectroscopy 3-Intensity of spectral lines

#Thermodynamics Thermodynamic Processes

#Thermodynamics Thermodynamic Processes

#Spectroscopy Vibrational spectroscopy- 2. Types of molecular vibrations

#Spectroscopy Vibrational spectroscopy- 2. Types of molecular vibrations

Thermodynamics - State funtions and Path functions

Thermodynamics - State funtions and Path functions

Vibrational Spectroscopy- 1

Vibrational Spectroscopy- 1

Thermodynamics- Part 1 Introduction

Thermodynamics- Part 1 Introduction

Rotational Spectroscopy- Part 2

Rotational Spectroscopy- Part 2

Rotational spectroscopy- 1 Introduction

Rotational spectroscopy- 1 Introduction

Bohr theory application - Expressions for radius, velocity and energy

Bohr theory application - Expressions for radius, velocity and energy

Bohr Atom Model

Bohr Atom Model

Group Theory in Electronic Spectroscopy - Spin selection rule & Laporte selection rule

Group Theory in Electronic Spectroscopy - Spin selection rule & Laporte selection rule

Applications of Group Theory in Electronic Spectroscopy- Orbital Selection Rule.

Applications of Group Theory in Electronic Spectroscopy- Orbital Selection Rule.

Molecular Spectroscopy - Introduction

Molecular Spectroscopy - Introduction

Radial Distribution Functions

Radial Distribution Functions

Group Theory - Vibrational modes of Ammonia

Group Theory - Vibrational modes of Ammonia

Degeneracy of wave functions

Degeneracy of wave functions

Quantum Chemistry - Particle in a three dimensional box

Quantum Chemistry - Particle in a three dimensional box

Quantum Chemistry - Particle in a one dimensional box

Quantum Chemistry - Particle in a one dimensional box

group theory vibrational analysis C2V

group theory vibrational analysis C2V