Канал: Chemistry Mentor

Rules for writing the structure of the compound from Name of the compound

Rules for writing the structure of the compound from Name of the compound

Reaction intermediates-Carbanion

Reaction intermediates-Carbanion

Reaction intermediates - Carbocation

Reaction intermediates - Carbocation

Hyper conjugation

Hyper conjugation

Types of Attacking Reagents

Types of Attacking Reagents

Reaction Intermediates- Free radicals

Reaction Intermediates- Free radicals

Resonance Effect

Resonance Effect

Electromeric Effect

Electromeric Effect

Inductive Effect

Inductive Effect

Types of Bond Fission

Types of Bond Fission

Types of Organic Reactions

Types of Organic Reactions

Isomerism

Isomerism

Nomenclature of Aromatic compounds

Nomenclature of Aromatic compounds

IUPAC RULE 12

IUPAC RULE 12

IUPAC RULE 11

IUPAC RULE 11

IUPAC RULE 10

IUPAC RULE 10

IUPAC RULE 8

IUPAC RULE 8

IUPAC RULE 9

IUPAC RULE 9

IUPAC RULE 6 &7

IUPAC RULE 6 &7

IUPAC RULE -3

IUPAC RULE -3

IUPAC RULE 4&5

IUPAC RULE 4&5

IUPAC RULE 1

IUPAC RULE 1

IUPAC RULE 2

IUPAC RULE 2

Nomenclature of organic compounds IUPAC system

Nomenclature of organic compounds IUPAC system

Nomenclature of organic compounds - Trivial system

Nomenclature of organic compounds - Trivial system

Homologus series

Homologus series

Functional Group

Functional Group

Classification of organic compounds

Classification of organic compounds

Structural Representations of Organic compounds

Structural Representations of Organic compounds

Tetravalency of carbon &Shape of Organic compounds

Tetravalency of carbon &Shape of Organic compounds

Organic Chemistry Introduction

Organic Chemistry Introduction

Crystalline Allotropic form of carbon - Fullerene

Crystalline Allotropic form of carbon - Fullerene

Allotropic forms of carbon

Allotropic forms of carbon

Anomalous Behavior of Carbon

Anomalous Behavior of Carbon

Chemical Properties

Chemical Properties

Atomic and physical properties

Atomic and physical properties

Group 14 elements Occurrence and Electronic configuration

Group 14 elements Occurrence and Electronic configuration

chemical properties

chemical properties

Oxidation state & Chemical Reactivity

Oxidation state & Chemical Reactivity

Atomic & Physical Properties

Atomic & Physical Properties

Group -13 Elements- Introduction, occurrence & Electronic Configuration

Group -13 Elements- Introduction, occurrence & Electronic Configuration

p- Block Elements Introduction

p- Block Elements Introduction

General characteristics of the compounds of the Alkaline earth Metals

General characteristics of the compounds of the Alkaline earth Metals

Anomalous Behaviour of Beryllium

Anomalous Behaviour of Beryllium

Diagonal Relationship between Be & Al

Diagonal Relationship between Be & Al

Chemical properties of Alkaline Earth Metals

Chemical properties of Alkaline Earth Metals

Physical properties of Alkaline Earth Metals

Physical properties of Alkaline Earth Metals

General characteristics of Alkaline Earth Metals

General characteristics of Alkaline Earth Metals

General characteristics of the compounds of the Alkali Metals

General characteristics of the compounds of the Alkali Metals

Diagonal relationship between Li & Mg

Diagonal relationship between Li & Mg

Anomalous behavior of Lithium

Anomalous behavior of Lithium

CHEMICAL PROPERTIES OF ALKALI METALS PART- II

CHEMICAL PROPERTIES OF ALKALI METALS PART- II

Chemical properties of alkali metals part - I

Chemical properties of alkali metals part - I

Physical properties of Alkali Metals

Physical properties of Alkali Metals

General characteristics of Alkali Metals

General characteristics of Alkali Metals

Methods to remove permanent hardness organic ion exchangers

Methods to remove permanent hardness organic ion exchangers

Methods to remove permanent hardness Inorganic ion exchangers

Methods to remove permanent hardness Inorganic ion exchangers

Methods to remove permanent hardness washing soda method & Calgons process

Methods to remove permanent hardness washing soda method & Calgons process

Methods to remove the temporary hardness

Methods to remove the temporary hardness

Types of water & Types of Hardness of water

Types of water & Types of Hardness of water

structure of water

structure of water

chemical properties of water

chemical properties of water

physical properties of water

physical properties of water

Hydrides - Metallic Hydrides

Hydrides - Metallic Hydrides

Hydrides - Molecular Hydrides

Hydrides - Molecular Hydrides

Hydrides - Ionic Hydrides

Hydrides - Ionic Hydrides

Unique position of Hydrogen in the Periodic Table - Differences from alkali metals and Halogens

Unique position of Hydrogen in the Periodic Table - Differences from alkali metals and Halogens

Unique position of Hydrogen in the Periodic Table -Resemblance with Halogens

Unique position of Hydrogen in the Periodic Table -Resemblance with Halogens

Unique position of Hydrogen in the Periodic Table- Resemblance with Alkali Metals

Unique position of Hydrogen in the Periodic Table- Resemblance with Alkali Metals

common ion effect

common ion effect

Applications of Solubility product

Applications of Solubility product

Solubility product constant

Solubility product constant

Solubility product

Solubility product

Buffer Solutions

Buffer Solutions

Factors affecting the acidic strength

Factors affecting the acidic strength

poly protic acids& bases

poly protic acids& bases

Relation between Ka & Kb

Relation between Ka & Kb

Dissociation or Ionization constant of base in water

Dissociation or Ionization constant of base in water

Dissociation or Ionization constant of acid in water

Dissociation or Ionization constant of acid in water

Expressing hydrogen ion concentration PH scale

Expressing hydrogen ion concentration PH scale

Ionic product of water

Ionic product of water

Lewis concept of Acids & Bases

Lewis concept of Acids & Bases

Bronsted - Lowry concept of Acids & Bases

Bronsted - Lowry concept of Acids & Bases

Acid Base concept Arrhenius concept of acids and bases

Acid Base concept Arrhenius concept of acids and bases

concept of Ionic Equilibrium

concept of Ionic Equilibrium

Le - Chateliers principle - Addition of inert gas

Le - Chateliers principle - Addition of inert gas

Le -chateliers principle - Effect of change of volume & Effect of catalyst

Le -chateliers principle - Effect of change of volume & Effect of catalyst

Le chateliers principle - Effect of change of pressure

Le chateliers principle - Effect of change of pressure

Le- chateliers principle Effect of change of Temperature

Le- chateliers principle Effect of change of Temperature

Le - chateliers principle Effect of change of concentration

Le - chateliers principle Effect of change of concentration

Factors affecting the state of Equilibrium Le -chateliers principle

Factors affecting the state of Equilibrium Le -chateliers principle

Application of Equilibrium constant - Calculation of Equilibrium concentration

Application of Equilibrium constant - Calculation of Equilibrium concentration

Application of Equilibrium constant - Predict the direction of reaction

Application of Equilibrium constant - Predict the direction of reaction

Application of Equilibrium constant- predict the extent of reaction

Application of Equilibrium constant- predict the extent of reaction

Characteristics of Equilibrium constant

Characteristics of Equilibrium constant

Types of chemical equilibrium

Types of chemical equilibrium

Relation between Kp & Kc,units of equilibrium constant

Relation between Kp & Kc,units of equilibrium constant

Law of chemical equilibrium and equilibrium constant

Law of chemical equilibrium and equilibrium constant

Law of mass action

Law of mass action

characteristics of chemical equilibrium

characteristics of chemical equilibrium

Equilibrium in chemical process

Equilibrium in chemical process

General characteristics of equilibria involving physical processes

General characteristics of equilibria involving physical processes

Equilibrium in Physical process

Equilibrium in Physical process

INTRODUCTION & TYPES OF EQUILIBRIUM

INTRODUCTION & TYPES OF EQUILIBRIUM

REVERSE OSMOSIS

REVERSE OSMOSIS

ISOTONIC, HYPERTONIC & HYPOTONIC SOLUTIONS

ISOTONIC, HYPERTONIC & HYPOTONIC SOLUTIONS

Osmatic pressure

Osmatic pressure

Depression in freezing point

Depression in freezing point

Elevation in Boiling point

Elevation in Boiling point

COLLIGATIVE PROPERTIES Relative Lowering in Vapour Pressure

COLLIGATIVE PROPERTIES Relative Lowering in Vapour Pressure

TYPES OF NON- IDEAL SOLUTIONS

TYPES OF NON- IDEAL SOLUTIONS

Ideal and Non Ideal solutions

Ideal and Non Ideal solutions

VAPOR PRESSURE OF SOLUTION OF SOLID IN LIQUID

VAPOR PRESSURE OF SOLUTION OF SOLID IN LIQUID

Vapour pressure of Liquid Liquid solution- Raoults law

Vapour pressure of Liquid Liquid solution- Raoults law

Vapour pressure of liquid

Vapour pressure of liquid

Applications and Limitations of Henry Law

Applications and Limitations of Henry Law

solubility of gases in liquids- Henry Law

solubility of gases in liquids- Henry Law

Solubility of Solid in Liquid

Solubility of Solid in Liquid

solubility

solubility

Relations between Expressions of different Concentration methods

Relations between Expressions of different Concentration methods

Normality of solution && Dilution law

Normality of solution && Dilution law

ppm,strength of solution& Molarity of solution

ppm,strength of solution& Molarity of solution

mass percentage ,volume percentage& mass by volume percentage

mass percentage ,volume percentage& mass by volume percentage

Introduction &Types of solutions

Introduction &Types of solutions

GIBBS FREE ENERGY

GIBBS FREE ENERGY

ENTROPY

ENTROPY

randomness, disorder & spontaneity

randomness, disorder & spontaneity

Spontaneous process and Enthalpy changes

Spontaneous process and Enthalpy changes

Limitations of first law of thermodynamics

Limitations of first law of thermodynamics

HESS'S Law & its applications

HESS'S Law & its applications

Enthalpy of atomization & Bond dissociation enthalpy

Enthalpy of atomization & Bond dissociation enthalpy

Lattice Enthalpy

Lattice Enthalpy

Enthalpy of solution

Enthalpy of solution

Enthalpy of phase transitions

Enthalpy of phase transitions

LECTURE-11

LECTURE-11

Enthalpy of formation and standard Enthalpy of formation

Enthalpy of formation and standard Enthalpy of formation

Enthalpy changes in chemical reactions Thermo chemical equation

Enthalpy changes in chemical reactions Thermo chemical equation

Relation between∆H &∆U,Types of Reactions(Exothermic & Endothermic)

Relation between∆H &∆U,Types of Reactions(Exothermic & Endothermic)

Enthalpy

Enthalpy

Mathematical expression of first Law of Thermodynamics

Mathematical expression of first Law of Thermodynamics

Free expansion and internal energy

Free expansion and internal energy

Heat & Work

Heat & Work

TYPES OF PROCESS

TYPES OF PROCESS

Macroscopic properties of the system ,state of the system, State variables & state function

Macroscopic properties of the system ,state of the system, State variables & state function

Types of Systems

Types of Systems

Oxidation number methods examples

Oxidation number methods examples

ION ELECTRON METHOD EXAMPLES

ION ELECTRON METHOD EXAMPLES

Methods for Balancing redox reaction

Methods for Balancing redox reaction

Types of Redox Reactions

Types of Redox Reactions

Limiting reactant

Limiting reactant

stoichiometric calculations

stoichiometric calculations

oxidation number

oxidation number

Redox reactions in aqueous solutions

Redox reactions in aqueous solutions

Redox reactions in terms of electron transfer

Redox reactions in terms of electron transfer

Redoxreactions

Redoxreactions

Chemical Equation

Chemical Equation

Equivalent weight of Oxidant and Reductant

Equivalent weight of Oxidant and Reductant

Equivalent weight of acids,bases & salts

Equivalent weight of acids,bases & salts

Concept of Equivalent Weight

Concept of Equivalent Weight

PROBLEMS ON Empirical Formula&Molecular Formula

PROBLEMS ON Empirical Formula&Molecular Formula

Empirical Formula and Molecular Formula

Empirical Formula and Molecular Formula

MOLE CONCEPT

MOLE CONCEPT

MOLECULAR MASS & FORMULA MASS

MOLECULAR MASS & FORMULA MASS

Percentage Composition

Percentage Composition

Atomic mass

Atomic mass

Introduction -classification Matter

Introduction -classification Matter

Vandewaals equation

Vandewaals equation

Behaviour of real gases Deviation from ideal behaviour

Behaviour of real gases Deviation from ideal behaviour

KINETIC MOLECULAR THEORY OF GASES

KINETIC MOLECULAR THEORY OF GASES

DALTON'S LAW OF PARTIAL PRESSURE

DALTON'S LAW OF PARTIAL PRESSURE

IDEAL GAS EQUATION AND GRAHAMS LAW OF DIFFUSION

IDEAL GAS EQUATION AND GRAHAMS LAW OF DIFFUSION

GAYLUSSACS LAW &AVOGADRO'S LAW

GAYLUSSACS LAW &AVOGADRO'S LAW

INTER MOLECULAR FORCES

INTER MOLECULAR FORCES

GAS LAWS BOYLE'S LAW AND CHARLES LAW

GAS LAWS BOYLE'S LAW AND CHARLES LAW

CHARACTERISTIC PROPERTIES & MEASURABLE PROPERTIES OF GASES

CHARACTERISTIC PROPERTIES & MEASURABLE PROPERTIES OF GASES

METHOD TO DETERMINATION OF HYBRIDIZATION

METHOD TO DETERMINATION OF HYBRIDIZATION

HYDROGEN BONDING

HYDROGEN BONDING

MOLECULAR ORBITAL THEORY MOT LECTURE- III

MOLECULAR ORBITAL THEORY MOT LECTURE- III

MOLECULAR ORBITAL THEORY MOT LECTURE II

MOLECULAR ORBITAL THEORY MOT LECTURE II

MOLECULAR ORBITAL THEORY MOT LECTURE 1

MOLECULAR ORBITAL THEORY MOT LECTURE 1

HYBRIDIZATION IN ELEMENTS INVOLVING d- ORBITALS

HYBRIDIZATION IN ELEMENTS INVOLVING d- ORBITALS

UNIQUE PROPERTY OF CARBON SP HYBRIDIZATION

UNIQUE PROPERTY OF CARBON SP HYBRIDIZATION

UNIQUE PROPERTY OF CARBON SP^3 &SP^2 HYBRIDIZATION

UNIQUE PROPERTY OF CARBON SP^3 &SP^2 HYBRIDIZATION

Types of Hybridization - SP^3

Types of Hybridization - SP^3

TYPES OF HYBRIDIZATION sp & sp2

TYPES OF HYBRIDIZATION sp & sp2

HYBRIDIZATION

HYBRIDIZATION

ORBITAL OVERLAP CONCEPT OF COVALENT BOND

ORBITAL OVERLAP CONCEPT OF COVALENT BOND

VALENCE BOND APPROACH OF COVALENT BOND

VALENCE BOND APPROACH OF COVALENT BOND

Examples of different shapes of molecules (5 & 6 Electron pairs)

Examples of different shapes of molecules (5 & 6 Electron pairs)

Examples for different shapes of molecules( 2 ,3 & 4 electron pairs)

Examples for different shapes of molecules( 2 ,3 & 4 electron pairs)

VSEPR THEORY

VSEPR THEORY

Partial covalent character in ionic bond-Fajan Rules

Partial covalent character in ionic bond-Fajan Rules

Dipole moment of poly atomic molecules

Dipole moment of poly atomic molecules

Polarity of Bond - Dipole Moment

Polarity of Bond - Dipole Moment

Resonance

Resonance

Bond Parameters

Bond Parameters

Co-ordinate Covalent Bond &General characteristics of covalent compounds

Co-ordinate Covalent Bond &General characteristics of covalent compounds

Ionic bond & General properties of Ionic Compounds

Ionic bond & General properties of Ionic Compounds

Formal charge ,Exceptions to the Octet rule

Formal charge ,Exceptions to the Octet rule

Covalent Bond,LEWIS structures

Covalent Bond,LEWIS structures