ICT-CHEMISTRY



CHEMISTRY - INTRODUCTION

Chemistry is the twin brother of physics and together they give a breathtaking sweep of the physical world. Chemistry at root penetrates into matter and talks about the chemical changes that take place , the order in them and the deepest reasons for the chemical changes!

Chemistry thus is a great power and the modern civilized world cannot be imagined without the magnificence of the science of chemistry.

We have covered all the concepts needed to understand the chemical changes-both natural and man made - that happen all around us.

Happy learning and discovery!


INTRODUCTION TO DIGITAL ELCETRONICS AND NUMBER SYSTERMS

ANTHRACENE : PREPARATION, STRUCTURE AND PHYSICAL AND CHEMICAL PROPERTIES

PYRROLE

BENZENE

PHASE EQUILIBRIA

CHEMISTRY IN EVERYDAY LIFE

SYSTEMS OF VARIABLE COMPOSITION

SECOND LAW OF THERMODYNAMICS

SECOND LAW OF THERMODYNAMICS-II

CHEMICAL THERMODYNAMICS

EXPLORING MATERIAL CHEMISTRY

CALCULATION OF THERMODYNAMIC PARAMETERS

WORK, HEAT AND ENERGY

CHEMICAL THERMODYNAMICS

SYSTEMS OF VARIABLE COMPOSITION

THERMODYANAMICS

EQUILIBRIUM THERMODYNAMIC PROPERTIES – II

EQUILIBRIUM THERMODYNAMICS PROPERTIES-I

SPONTANEITY AND EQUILIBRIUM

AMINO ACID, PEPTIDES AND PROTEINS –II

ALIPHATIC AMINES –II

ISOMERISM

AMINO ACID, PEPTIDES AND PROTEINS

RESIDUAL ENTROPY, SPONTANEITY AND EQUILLIBRIUM

STATISTICAL INTERPRETATION OF ENTROPY

CHEMICAL THERMODYNAMICS

CHEMICAL REACTIVITY AND MECHANISM – AMINES

STEREOCHEMISTRY –II

STEREOCHEMISTRY – III

STEREOCHEMISTRY – IV

CARBOHYDRATES – I

CARBOHYDRATES – II

CARBOHYDRATES –III

CARBOHYDRATES –IV

CURRENT STATUS OF GENETICALLY MODIFIED CROPS IN INDIA

ORGANIC CHEMISTRY

ORGANIC CHEMISTRY-II

CLAUSIUS INEQUALITY AND ENTROPY

ENTROPY CHANGE AND THE THIRD LAW THERMODYNAMICS

ENTROPY AS A FUNCTION OF STATE VARIABLES

CHEMICAL REACTIVITY AND MECHANISM

JOULE-THOMSON EXPERIMENT

THERMOCHEMISTRY –I

THERMOCHEMISTRY – II

THERMOCHEMISTRY –III

THERMOCHEMISTRY –IV

NUCLEOPHILIC SUBSTITUTION REACTIONS : ALCHOHOLS AND ETHERS

NUCLEOPHILIC SUBSTITUTION REACTIONS

NUCLEOPHILIC SUBSTITUTION REACTION – II

EXPANSION WORK – II

EXPANSION WORK – III

CARBOXYLIC ACID DERIVATIVES – I

CARBOXYLIC ACID DERIVATIVES –II

SUBSTITUTION REACTIONS-I

SUBSTITUTION REACTIONS – II

SUBSTITUTION REACTIONS – III

SUBSTITUTION REACTION – IV

SUBSTITUTION REACTION –V

ALCOHOLS OR ALKANOLS – II

ALCOHALS OR ALKANOLS – III

THE FIRST LAW OF THERMODYNAMICS – II

CHEMICAL REACTIVITY AND MECHANISMS

CHEMICAL REACTIVITY AND MECHANISMS-II

EXPANSION WORK IN THERMODYNAMICS

CHEMICAL REACTIVITY AND MECHANISM-I

CHEMICAL REACTIVITY AND MECHANISM-II

CHEMICAL REACTIVITY AND MECHANISM-III

CHEMICAL REACTIVITY AND MECHANISM-IV

CHEMICAL REACTIVITY AND MECHANISMS-V

CHEMICAL REACTIVITY AND MECHANISMS-VI

CHEMICAL REACTIVITY AND MECHANISMS-VII

ANTIOXIDANT CHEMISTRY

QUANTUM CHEMISTRY – II

ORGANIC REACTIONS

THERMODYNAMICS : BASIC CONCEPTS

ALKYL HALIDES

STEREOCHEMISTRY OF ORGANIC COMPOUNDS-I

STEREOCHEMISTRY OF ORGANIC COMPOUNDS-II

STEREOCHEMISTRY OF ORGANIC COMPOUNDS – IV

ALDEHYDES AND KETONES

TRANSMISSION GENETICS MENDELISM

RADICAL REACTIONS

REACTION INTERMEDIATES

FATS, OILS AND DETERGENTS

CARBOXYLIC ACIDS – I

CARBOXYLIC ACIDS – II

CARBOXYLIC ACIDS – III

CLASSIFICATION AND NOMENCLATURE OF ORGANIC COMPOUNDS

CHEMICAL REACTIVITY AND MECHANISM - PART 1

CHEMICAL REACTIVITY AND MECHANISM - PART 2

REACTIVITY AND MECHANISM

NOMENCLATURE OF ORGANIC COMPOUNDS

GENERAL ORGANIC CHEMISTRY & INTRO. TO ORGANIC REACTION & THEIR MECHANISMS

QUANTUM CHEMISTRY

QUANTUM CHEMISTRY-I

QUANTUM CHEMISTRY-II

QUANTUM CHEMISTRY-III

CHEMISTRY : VIBRATIONAL SPECTROSCOPY

CHEMISTRY : SPECTROSCOPY - ATOMIC SPECTRA ( PART - 1 )

CHEMISTRY : SPECTROSCOPY - ATOMIC SPECTRA (PART- 2 )

CHEMISTRY : SPECTROSCOPY - MOLECULAR SPECTRA (PART 3)
 

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- FUNDAMENTALS OF QUANTUM MECHANICS – I

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- FUNDAMENTALS OF QUANTUM MECHANICS – II

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- OPERATORS IN QUANTUM MECHANICS

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- PARTICLE IN A BOX

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- LINEAR HARMONIC OSCILLATOR I

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- LINEAR HARMONIC OSCILLATOR-II

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- RIGID ROTOR-I

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- RIGID ROTOR-II

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- HYDROGEN ATOM-I

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- APPOROXIMATE METHODE- PERTURBATION THEORY

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- PERTURBATION THEORY – APPLICATION

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- HYDROGEN ATOM-IV

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- VARIATION METHOD-APPLICATIONS

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- THEORY OF ANGULAR MOMENTUM

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- EIGEN VALUES OF ANGULAR MOMENTUM- LADDER OPERATORS

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- EIGEN FUNCTIONS OF ANGULAR MOMENTUM

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- ADDITION OF ANGULAR MOMENTA-I

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- ADDITION OF ANGULAR MOMENTA-II

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- PERTURBATION THEORY – APPLICATIONS

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- APPROXIMATE METHOD- VARIATION METHOD

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- INTRODUCTION TO ELECTRONIC STRUCTURE OF MOLECULES

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- MOLECULAR ORBITAL THEORY- I

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- MOLECULAR ORBITAL THEORY- II

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- VALENCE BOND THEORY- I

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- VALENCE BOND THEORY- II

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- VALENCE BOND THEORY- III

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- HUCKEL MOLECULAR ORBITAL THEORY- INTRODUCTION

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- HUCKEL MOLECULAR ORBITAL THEORY- APPLICATION PART – I

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREO CHEMISTRY) 

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- REVISIT TO ELECTRONIC EFFECTS: INDUCTIVE AND MESOMERIC EFFECTS

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- RESONANCE, CONJUGATION AND CROSS CONJUGATION

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- HYPER-CONJUGATION

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- APPLICATIONS OF ELECTRONIC EFFECTS

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- TAUTOMERISM

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- BONDS WEAKER THAN COVALENT- ADDITION COMPOUNDS

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- CYCLODEXTRINS – 1

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- CYCLODEXTRINS – 2

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- CATENANES AND ROTAXANES

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- SYMMETRY ELEMENTS AND OPERATIONS

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- PROSTEREOISOMERISM (PROCHIRALITY)

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- THREO AND ERYTHRO ISMORES

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- METHODS OF RESOLUTION

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- STEREOSELECTIVE AND STREOSPECIFIC SYNTHESIS

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- REGIOSELECTIVE SYNTHESIS

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- CHEMOSELECTIVE SYNTHESIS

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- ASYMMETRIC SYNTHESIS

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- STEREOISOMERISM ( ATROPISOMERISM) OF BIARYL

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- CHIRALITY AXIS- STEREOCHEMISTRY OF ALLENES

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- CURTIN-HAMMETT PRINCIPLE

INORGANIC CHEMISTRY – I 

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- DΠ-PΠ BONDING

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- BENT RULE AND ENERGETICS OF HYBRIDISATION

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- METAL-LIGAND EQULIBRIA IN SOLUTION

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)-ENERGY PROFILE DIAGRAM

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)-ENERGY PROFILE DIAGRAM-II (APPLICATIONS AND LIMITATION)

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)-CHAMICAL REACTIVITY OF TRANSITION METAL COMPLEXES

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- INERT AND LABILE COMPLEXES : PART-1, VALENCE BOND THEORY APPROACH

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- INERT AND LABILE COMPLEXES : CRYSTAL FIELD THEORY APPROACH

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)-MACHANISM OF THE SUBSTITUTION REACTION

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- MACHANISM OF THE SUBSTITUTION REACTION - SUBSTITUTION REACTION IN SQUARE PLANER COMPLEXES

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- TRANS EFFECT (PRINCIPAL AND THEORIES)

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- TRANS EFFECT APPLICATION

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- REDOX REACTIONS ELETRON TRANSFER REACTIONS

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- MECHANISM OF REDOX REACTIONS : OUTER SPHERE REACTION

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- FACTORS AFFECTING OUTER SPHERE REACTIONS

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- MARCUS – HUSH THEORY

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- CROSS REACTIONS AND MARCUS HUSH THEORY
NRKACADEMY YOUTUBE CHANNEL :

1) CHEMISTRY– PART 1 -INTRODUCTION–1.BRANCHES OF CHEMISTRY
2) CHEMISTRY–PART 1-INTRODUCTION–2.THE CONCEPT OF MATTER
3) CHEMISTRY–PART 1-INTRODUCTION–3.WHAT ARE ELEMENTS?
4) CHEMISTRY-PART-1-INTRODUCTION-(4) WHAT ARE COMPOUNDS?
5) CHEMISTRY–PART 1 -INTRODUCTION– 5. WHAT ARE MIXTURES?