Канал: Short & Sweet Chemistry

L-04 Nomenclature of Coordination compound & basic concept of formula writing of complex compound

L-04 Nomenclature of Coordination compound & basic concept of formula writing of complex compound

L-03 Coordination Compound || Some Basic Terminology used in coordination compound

L-03 Coordination Compound || Some Basic Terminology used in coordination compound

L-02 Coordination compound || Werner's theory of complexes || Werner theory

L-02 Coordination compound || Werner's theory of complexes || Werner theory

Chapter 8 d- and f-Block Elements || Use of lanthanoids (f-block Elements)

Chapter 8 d- and f-Block Elements || Use of lanthanoids (f-block Elements)

L-01 Coordination compound/ Salt, Double Salt & Coordination or Complex compound Basic Introduction

L-01 Coordination compound/ Salt, Double Salt & Coordination or Complex compound Basic Introduction

Chapter 08 d- and f- Block Elements || Actinoids series || Inner transition Elements ( f-Block) ||

Chapter 08 d- and f- Block Elements || Actinoids series || Inner transition Elements ( f-Block) ||

Chapter-08 d- and f- Block Elements || Lanthanoids Series || Inner Transition Elements ( f- block )

Chapter-08 d- and f- Block Elements || Lanthanoids Series || Inner Transition Elements ( f- block )

Chapter 10 part-6 s-Block Element || Alkaline earth metal physical properties

Chapter 10 part-6 s-Block Element || Alkaline earth metal physical properties

Chapter 13 part-7 Aromatic Hydrocarbon

Chapter 13 part-7 Aromatic Hydrocarbon

Chapter 13 part-6 Hydrocarbon | Alkyne & Alkadiene preparation method physical & chemical properties

Chapter 13 part-6 Hydrocarbon | Alkyne & Alkadiene preparation method physical & chemical properties

Chapter 13 part-5 Alkene || Chemical properties of Alkene || Hydrocarbon

Chapter 13 part-5 Alkene || Chemical properties of Alkene || Hydrocarbon

Chapter 13 Part-4 Hydrocarbon || Alkene || properties and preparation method of alkene

Chapter 13 Part-4 Hydrocarbon || Alkene || properties and preparation method of alkene

Chapter 13 part-3 Hydrocarbon || Conformation of Alkane

Chapter 13 part-3 Hydrocarbon || Conformation of Alkane

Chapter 13 part-1 Hydrocarbons || classification and preparation method of Alkane

Chapter 13 part-1 Hydrocarbons || classification and preparation method of Alkane

Chapter 13 Part-2 Hydrocarbon || Alkane || Physical and Chemical properties of Alkane

Chapter 13 Part-2 Hydrocarbon || Alkane || Physical and Chemical properties of Alkane

Chapter 10 part-9 s-Block Element || Some important compound of Calcium ||

Chapter 10 part-9 s-Block Element || Some important compound of Calcium ||

Chapter 10 part-8 s-Block Element | Diagonal relationship between Be and Al

Chapter 10 part-8 s-Block Element | Diagonal relationship between Be and Al

Chapter 10 part 7 s-Block Element | Chemical properties of alkaline earth metals

Chapter 10 part 7 s-Block Element | Chemical properties of alkaline earth metals

Chapter 10 part-4 s-Block Element | Compounds of sodium Na Metal | Alkali Metals | 11th Chemistry

Chapter 10 part-4 s-Block Element | Compounds of sodium Na Metal | Alkali Metals | 11th Chemistry

Chapter 10 part-3 s-block Element | General characteristic of alkali metal compound | 11th chemistry

Chapter 10 part-3 s-block Element | General characteristic of alkali metal compound | 11th chemistry

Chapter 10 part-5 s-Block Element | Alkaline Earth Metal | physical properties of it | 11 chemistry

Chapter 10 part-5 s-Block Element | Alkaline Earth Metal | physical properties of it | 11 chemistry

Chapter 10 part-1 s-block Element | Alkali Metals | Atomic & physical properties | 11th chemistry

Chapter 10 part-1 s-block Element | Alkali Metals | Atomic & physical properties | 11th chemistry

Chapter 10 part-2 s-Block Element | Alkali metals | Chemical properties of alkali metals |

Chapter 10 part-2 s-Block Element | Alkali metals | Chemical properties of alkali metals |

Chapter 5 part-8 State of Matter || Liquide state || Vapour pressure | surface Tension | Viscosity

Chapter 5 part-8 State of Matter || Liquide state || Vapour pressure | surface Tension | Viscosity

Chapter 5 part-7 State of Matter | Liquification of gases | Critical Temperature ,Pressure & Volume

Chapter 5 part-7 State of Matter | Liquification of gases | Critical Temperature ,Pressure & Volume

Chapter 5 State of Matter || one shot video | Concept Map video | Mind map video| short note video

Chapter 5 State of Matter || one shot video | Concept Map video | Mind map video| short note video

Chapter 5 part-6 State of Matter | Maxwell Distribution law of molecular speed | Real Gas Equation

Chapter 5 part-6 State of Matter | Maxwell Distribution law of molecular speed | Real Gas Equation

chapter 5 part-5 state of Matter || kinetic Molecular Theory of gases || 11th class chemistry ||

chapter 5 part-5 state of Matter || kinetic Molecular Theory of gases || 11th class chemistry ||

Chapter 5 part-4 State of Matter | Daltoln's partial pressure of gases Grahams rate law

Chapter 5 part-4 State of Matter | Daltoln's partial pressure of gases Grahams rate law

Chapter 05 part 3 State of Matter || Ideal Gas Equation || 11th Chemistry

Chapter 05 part 3 State of Matter || Ideal Gas Equation || 11th Chemistry

Chapter 5 part-1 State of Matter || Intermolecular Forces || 11th class chemistry

Chapter 5 part-1 State of Matter || Intermolecular Forces || 11th class chemistry

Chapter 05 Part 2 State of Matter Gaseous state laws of gas

Chapter 05 Part 2 State of Matter Gaseous state laws of gas

Chapter 07 part-9 Equilibrium | solubility equilibria of sparingly soluble salt | 11th chemistry

Chapter 07 part-9 Equilibrium | solubility equilibria of sparingly soluble salt | 11th chemistry

Chapter 07 part-8 Equilibrium || Buffer solution & Types of buffer solution || Class 11th chemistry

Chapter 07 part-8 Equilibrium || Buffer solution & Types of buffer solution || Class 11th chemistry

Chapter 07 part-6 Equilibrium || Hydrolysis of salt & pH of their solution || class 11th chemistry

Chapter 07 part-6 Equilibrium || Hydrolysis of salt & pH of their solution || class 11th chemistry

Chapter 07 part 05 Equilibrium || pH scale || Ionisation of weak acid and weak base | 11th chemistry

Chapter 07 part 05 Equilibrium || pH scale || Ionisation of weak acid and weak base | 11th chemistry

Chapter 07 part 04 Equilibrium || Ionic equilibrium || Acid base & salts Ionic product of water

Chapter 07 part 04 Equilibrium || Ionic equilibrium || Acid base & salts Ionic product of water

Chapter 07 Part-7 Equilibrium || Common Ion Effect || class 11th Chemistry

Chapter 07 Part-7 Equilibrium || Common Ion Effect || class 11th Chemistry

Chapter 07 part-3 Equilibrium || Le Chatelier's principle & Factor affecting Equilibria | 11th chem.

Chapter 07 part-3 Equilibrium || Le Chatelier's principle & Factor affecting Equilibria | 11th chem.

Chapter 07 Part-2 Equilibrium | Equilibrium Constant | Homogeneous and Heterogeneous Equilibrium

Chapter 07 Part-2 Equilibrium | Equilibrium Constant | Homogeneous and Heterogeneous Equilibrium

Chapter 07 Part-1 Equilibrium || Equilibrium in physical process || Law of chemical equilibrium

Chapter 07 Part-1 Equilibrium || Equilibrium in physical process || Law of chemical equilibrium

Chapter 06 Thermodynamics | HESS'S LOW | LATTICE ENERGY | BORN HABER CYCLE | Class 11th Chemistry

Chapter 06 Thermodynamics | HESS'S LOW | LATTICE ENERGY | BORN HABER CYCLE | Class 11th Chemistry

CHAPTER 06 THERMODYNAMICS || BOND ENTHALPY || THERMOCHAMICAL EQUATION | CLASS 11TH CHEMISTRY

CHAPTER 06 THERMODYNAMICS || BOND ENTHALPY || THERMOCHAMICAL EQUATION | CLASS 11TH CHEMISTRY

Chapter 06 Thermodynamics || Enthalpy || different types of enthalpy change | class 11th Chemistry

Chapter 06 Thermodynamics || Enthalpy || different types of enthalpy change | class 11th Chemistry

Chapter 06 Thermodynamics || Some basic terminology of thermodynamics || Internal Energy Heat & Work

Chapter 06 Thermodynamics || Some basic terminology of thermodynamics || Internal Energy Heat & Work

Chapter 06 Thermodynamics || Spontaneous processes || class 11th Chemistry ||

Chapter 06 Thermodynamics || Spontaneous processes || class 11th Chemistry ||

L-02 Chapter-06 Thermodynamics || 11th class CBSE NCERT ||

L-02 Chapter-06 Thermodynamics || 11th class CBSE NCERT ||

L-01 Thermodynamics ||11th class CBSE NCERT ||

L-01 Thermodynamics ||11th class CBSE NCERT ||

L-04 chapter-03 Metals & Non-Metals // Assertion Reason Based MCQ Question // CBSE BOARD TERM-1 EXAM

L-04 chapter-03 Metals & Non-Metals // Assertion Reason Based MCQ Question // CBSE BOARD TERM-1 EXAM

L-02 || Chapter 03 Metals and Non Metals || MCQ solution class 10th || CBSE BOARD Mid Term 1 Exam

L-02 || Chapter 03 Metals and Non Metals || MCQ solution class 10th || CBSE BOARD Mid Term 1 Exam

L-03 || Chapter 03 Metals and Non Metals || MCQ solution class 10th || CBSE BOARD Mid Term 1 Exam

L-03 || Chapter 03 Metals and Non Metals || MCQ solution class 10th || CBSE BOARD Mid Term 1 Exam

L-01 || Chapter 03 Metals and Non Metals || MCQ solution Class 10th || CBSE BOARD Mid Term 1 Exam

L-01 || Chapter 03 Metals and Non Metals || MCQ solution Class 10th || CBSE BOARD Mid Term 1 Exam

Lecture-01 Haloalkane & Haloarenes Introduction || 12th class || NEET || JEE ||

Lecture-01 Haloalkane & Haloarenes Introduction || 12th class || NEET || JEE ||

L-13 Raman Spectra || Previous year Question Solution (PYQS) || CSIR-NET GATE IIT-JAM

L-13 Raman Spectra || Previous year Question Solution (PYQS) || CSIR-NET GATE IIT-JAM

L-12 Raman Spectroscopy | Effect of Nuclear Spin for Missing Line | CSIR-NET GATE IIT-JAM

L-12 Raman Spectroscopy | Effect of Nuclear Spin for Missing Line | CSIR-NET GATE IIT-JAM

L-11 Raman Spectroscopy | Basic concept | Stokes & Anti-Stokes Line | Selection Rule for Raman spec.

L-11 Raman Spectroscopy | Basic concept | Stokes & Anti-Stokes Line | Selection Rule for Raman spec.

L-09 Vibrational Spectra | Condition for vibrational spectra | Degree of freedom || CSIR-NET GATE

L-09 Vibrational Spectra | Condition for vibrational spectra | Degree of freedom || CSIR-NET GATE

L-10 Vibrational Spectroscopy | Selection Rule and Intensity of transition | Anharmonic Oscillator

L-10 Vibrational Spectroscopy | Selection Rule and Intensity of transition | Anharmonic Oscillator

L-08 Vibrational spectroscopy or IR spectroscopy | Introduction of SHO | CSIR-NET GATE IIT-JAM

L-08 Vibrational spectroscopy or IR spectroscopy | Introduction of SHO | CSIR-NET GATE IIT-JAM

L-07 Rotational spectroscopy | Non Rigid Rotor | Centrifugal Distortion constant | Application

L-07 Rotational spectroscopy | Non Rigid Rotor | Centrifugal Distortion constant | Application

L-06 Rotational Spectroscopy | Effect of Isotopic substitution on Rotational Constant B || CSIR-NET

L-06 Rotational Spectroscopy | Effect of Isotopic substitution on Rotational Constant B || CSIR-NET

L-05 Rotational spectra | Selection Rule | Intensity of rotational spectra | CSIR-NET GATE IIT-JAM

L-05 Rotational spectra | Selection Rule | Intensity of rotational spectra | CSIR-NET GATE IIT-JAM

L-04 Rotational Spectra | Definition | Moment of inertia | Rigid Rotor | Energy of Rotating Molecule

L-04 Rotational Spectra | Definition | Moment of inertia | Rigid Rotor | Energy of Rotating Molecule

L-03 Molecular Spectroscopy | Factor affecting intensity of spectra | CSIR-NET GATE IIT-JAM

L-03 Molecular Spectroscopy | Factor affecting intensity of spectra | CSIR-NET GATE IIT-JAM

L-02 Molecular Spectroscopy | Types of spectra | origin of spectra | Beer's lambert low | PYQS

L-02 Molecular Spectroscopy | Types of spectra | origin of spectra | Beer's lambert low | PYQS

L-01 Molecular Spectroscopy || physical spectroscopy || Introduction part || CSIR-NET GATE IIT-JAM

L-01 Molecular Spectroscopy || physical spectroscopy || Introduction part || CSIR-NET GATE IIT-JAM

L-17 || NMR practice Question Solution || CSIR-NET GATE IIT-JAM MSc

L-17 || NMR practice Question Solution || CSIR-NET GATE IIT-JAM MSc

L-16 NMR || H1 & C13 NMR based question solution || CSIR-NET GATE IIT-JAM MSc

L-16 NMR || H1 & C13 NMR based question solution || CSIR-NET GATE IIT-JAM MSc

L-15 NMR || practice question solution based on P-31, F-19, H1& C13 NMR || CSIR-NET GATE IIT-JAM MSc

L-15 NMR || practice question solution based on P-31, F-19, H1& C13 NMR || CSIR-NET GATE IIT-JAM MSc

L-14 NMR || C13 NMR || DEPT || N-14 & N-15 NMR || Shift reagent || CSIR-NET GATE IIT-JAM MSc

L-14 NMR || C13 NMR || DEPT || N-14 & N-15 NMR || Shift reagent || CSIR-NET GATE IIT-JAM MSc

L-13 NMR || P-31NMR | Si-29 NMR | F19 NMR | B10 ,& B11 NMR | NMR of Heteronuclear atom || CSIR-NET

L-13 NMR || P-31NMR | Si-29 NMR | F19 NMR | B10 ,& B11 NMR | NMR of Heteronuclear atom || CSIR-NET

L-12 NMR|| C13 NMR & Practice Question || CSIR-NET GATE IIT-JAM MSc BSc

L-12 NMR|| C13 NMR & Practice Question || CSIR-NET GATE IIT-JAM MSc BSc

L-11 NMR || C-13 NMR || CSIR-NET GATE IIT-JAM

L-11 NMR || C-13 NMR || CSIR-NET GATE IIT-JAM

L-10 NMR || H1 NMR || Double bond equivalent (DBE) & practice question || CSIR-NET GATE IIT-JAM

L-10 NMR || H1 NMR || Double bond equivalent (DBE) & practice question || CSIR-NET GATE IIT-JAM

L-09 NMR || H1 NMR || H1 NMR value table & Previous year question solution || CSIR-NET GATE IIT-JAM

L-09 NMR || H1 NMR || H1 NMR value table & Previous year question solution || CSIR-NET GATE IIT-JAM

L-08 NMR || Coupling || Coupling Constant & J value || CSIR-NET GATE IIT-JAM MSc BSc

L-08 NMR || Coupling || Coupling Constant & J value || CSIR-NET GATE IIT-JAM MSc BSc

L-07 NMR || Splitting of Peak & Practice Question Solution || CSIR-NET GATE IIT-JAM

L-07 NMR || Splitting of Peak & Practice Question Solution || CSIR-NET GATE IIT-JAM

L-06 NMR || Peak Area || Peak splitting || Intensity of peak || Pascal Triangle || Practice question

L-06 NMR || Peak Area || Peak splitting || Intensity of peak || Pascal Triangle || Practice question

L-05 NMR || Shielding and Deshielding of Proton || Factors affecting chemical shift || CSIR-NET GATE

L-05 NMR || Shielding and Deshielding of Proton || Factors affecting chemical shift || CSIR-NET GATE

L-04 NMR || Homotopic, Enantiotopic, Diasteriotopic protons & practice questions || CSIR-NET GATE

L-04 NMR || Homotopic, Enantiotopic, Diasteriotopic protons & practice questions || CSIR-NET GATE

L-03 NMR || chemical shift & practice question || CSIR-NET GATE IIT-JAM

L-03 NMR || chemical shift & practice question || CSIR-NET GATE IIT-JAM

L-02 NMR || Basic principle of NMR || CSIR-NET GATE IIT-JAM

L-02 NMR || Basic principle of NMR || CSIR-NET GATE IIT-JAM

L-01 NMR || Nuclear Magnetic Resonance || Basic Terminology used in spectroscopy || CSIR-NET GATE

L-01 NMR || Nuclear Magnetic Resonance || Basic Terminology used in spectroscopy || CSIR-NET GATE

L-01 Hydroboration Question Solution || Important concept for Net & Gate || Organoborane Reagent

L-01 Hydroboration Question Solution || Important concept for Net & Gate || Organoborane Reagent

L-05 MOT of O2, N2 , F2 || MOT of Homonuclear & Heteronuclear Diatomic Molecules ||CSIR-NET GATE

L-05 MOT of O2, N2 , F2 || MOT of Homonuclear & Heteronuclear Diatomic Molecules ||CSIR-NET GATE

L-04 Part-2 MOT of O2 & F2 Molecule ||CSIR-NET GATE IIT-JAM MSc BSc..

L-04 Part-2 MOT of O2 & F2 Molecule ||CSIR-NET GATE IIT-JAM MSc BSc..

L-04 part 1 MOT of B2 C2 N2 molecule | CSIR-NET GATE IIT-JAM

L-04 part 1 MOT of B2 C2 N2 molecule | CSIR-NET GATE IIT-JAM

L-01 Haloalkane & Haloarenes 12th Class || NEET || JEE ||

L-01 Haloalkane & Haloarenes 12th Class || NEET || JEE ||

L-03 Molecular Orbital Theory | MO Diagram for Homonuclear & Heteronuclear Diatomic Molecules

L-03 Molecular Orbital Theory | MO Diagram for Homonuclear & Heteronuclear Diatomic Molecules

L-02 Molecular Orbital Theory | MOT | LCAO Method | CSIR-NET GATE IIT-JAM MSc.

L-02 Molecular Orbital Theory | MOT | LCAO Method | CSIR-NET GATE IIT-JAM MSc.

L-01 Molecular Orbital Theory | MOT | CSIR-NET GATE IIT-JAM MSc.

L-01 Molecular Orbital Theory | MOT | CSIR-NET GATE IIT-JAM MSc.

L-01 Ionic Equilibria | Equilibrium |Electrolytes & it's type|Degree of dissociation| 12th Chemistry

L-01 Ionic Equilibria | Equilibrium |Electrolytes & it's type|Degree of dissociation| 12th Chemistry

Chemical Science Test Series | Test-01 | PART-B Organic Chemistry Session-01 |CSIR-NET GATE IIT-JAM

Chemical Science Test Series | Test-01 | PART-B Organic Chemistry Session-01 |CSIR-NET GATE IIT-JAM

Chemical Science Test Series | Test-01 | Part-C Organic Chemistry | CSIR-NET GATE IIT-JAM BARC TIFR

Chemical Science Test Series | Test-01 | Part-C Organic Chemistry | CSIR-NET GATE IIT-JAM BARC TIFR

Chemical Science Test Series | Test-01 | Part-B Organic Chemistry Session-02 | CSIR-NET GATE IIT-JAM

Chemical Science Test Series | Test-01 | Part-B Organic Chemistry Session-02 | CSIR-NET GATE IIT-JAM

Chemical Science Test Series | Test-02 | Part-B Organic Chemistry | CSIR-NET GATE IIT-JAM BARC TIFR

Chemical Science Test Series | Test-02 | Part-B Organic Chemistry | CSIR-NET GATE IIT-JAM BARC TIFR

L-08 Mitsunobu Reaction | Regioselectivity in Allylic Alcohol CSIR-NET GATE IIT-JAM BARC TIFR MSc

L-08 Mitsunobu Reaction | Regioselectivity in Allylic Alcohol CSIR-NET GATE IIT-JAM BARC TIFR MSc

L-03 Prochirality | Re face and Si face | Diastereoselectivity |CSIR-NET GATE IIT-JAM BARC TIFR MSc

L-03 Prochirality | Re face and Si face | Diastereoselectivity |CSIR-NET GATE IIT-JAM BARC TIFR MSc

L-02 Stereoselective Reaction for Diastereoisomers | Diastereoselectivity | CSIR-NET GATE IIT-JAM

L-02 Stereoselective Reaction for Diastereoisomers | Diastereoselectivity | CSIR-NET GATE IIT-JAM

L-01 Introduction of Diastereoselectivity | Stereospecific Reaction for single diastereoisomers CSIR

L-01 Introduction of Diastereoselectivity | Stereospecific Reaction for single diastereoisomers CSIR

L-10 Chemoselectivity | How to react less reactive functional group first | CSIR-NET GATE IIT-JAM

L-10 Chemoselectivity | How to react less reactive functional group first | CSIR-NET GATE IIT-JAM

L-09 Chemoselectivity in Oxidation reaction |Chemoselectivity | CSIR-NET GATE IIT-JAM BARC TIFR

L-09 Chemoselectivity in Oxidation reaction |Chemoselectivity | CSIR-NET GATE IIT-JAM BARC TIFR

L-08 Birch Reduction | Dissolving Metal Reduction | Chemoselectivity | CSIR-NET GATE IIT-JAM BARC

L-08 Birch Reduction | Dissolving Metal Reduction | Chemoselectivity | CSIR-NET GATE IIT-JAM BARC

L-07 Hydrogenolysis | Functional group removal| Mozingo Reaction| Wolf Kishner & Clemenson Reduction

L-07 Hydrogenolysis | Functional group removal| Mozingo Reaction| Wolf Kishner & Clemenson Reduction

L-06 Hydrogenolysis Breaking of C-O and C-N bond | Reactivity Sequence | Chemoselectivity | CSIR-NET

L-06 Hydrogenolysis Breaking of C-O and C-N bond | Reactivity Sequence | Chemoselectivity | CSIR-NET

L-05 Chemoselectivity in Reduction of Benzene, Acid chloride, Nitro group | Reductive Amination

L-05 Chemoselectivity in Reduction of Benzene, Acid chloride, Nitro group | Reductive Amination

L-04 Chemoselectivity in Catalytic Hydrogenation | Chemoselectivity | CSIR-NET GATE IIT-JAM BARC

L-04 Chemoselectivity in Catalytic Hydrogenation | Chemoselectivity | CSIR-NET GATE IIT-JAM BARC

L-03 Chemoselectivity in Reduction of Ester Amide and Nitrile to Aldehyde | Chemoselectivity | CSIR

L-03 Chemoselectivity in Reduction of Ester Amide and Nitrile to Aldehyde | Chemoselectivity | CSIR

L-02 Reduction of Carbonyl functional group | Chemoselectivity | CSIR-NET GATE IIT-JAM BARC TIFR MSc

L-02 Reduction of Carbonyl functional group | Chemoselectivity | CSIR-NET GATE IIT-JAM BARC TIFR MSc

L-10 Regioselectivity in unsaturated carbonyl compound & 1,2-or 1,4-addition on Carbonyl compound

L-10 Regioselectivity in unsaturated carbonyl compound & 1,2-or 1,4-addition on Carbonyl compound

L-09 Regioselectivity in SN2' Reaction | Stereochemistry in SN2' Reaction | CSIR-NET GATE IIT-JAM

L-09 Regioselectivity in SN2' Reaction | Stereochemistry in SN2' Reaction | CSIR-NET GATE IIT-JAM

L-07 Regioselectivity in Allylic system | Nucleophilic attack on allylic system | CSIR-NET GATE

L-07 Regioselectivity in Allylic system | Nucleophilic attack on allylic system | CSIR-NET GATE

L-06 Regioselectivity in Radical Reaction |Regioselectivity | CSIR-NET GATE IIT-JAM BARC TIFR MSc

L-06 Regioselectivity in Radical Reaction |Regioselectivity | CSIR-NET GATE IIT-JAM BARC TIFR MSc

L-05 Regioselectivity of alkene for electrophilic attack | CSIR-NET GATE IIT-JAM BARC TIFR MSc BSc |

L-05 Regioselectivity of alkene for electrophilic attack | CSIR-NET GATE IIT-JAM BARC TIFR MSc BSc |

L-04 Regioselectivity in Intramolecular Reaction || Regioselectivity | CSIR-NET GATE IIT-JAM MSc BSc

L-04 Regioselectivity in Intramolecular Reaction || Regioselectivity | CSIR-NET GATE IIT-JAM MSc BSc

L-03 Regioselectivity in Nucleophilic Aromatic substitution reaction | Regioselectivity | CSIR-NET

L-03 Regioselectivity in Nucleophilic Aromatic substitution reaction | Regioselectivity | CSIR-NET

L-02 Regioselectivity in Aniline | Regioselectivity in Naphthalen/ Regioselectivity in nitrobenzene

L-02 Regioselectivity in Aniline | Regioselectivity in Naphthalen/ Regioselectivity in nitrobenzene

L-01 Regioselectivity Introduction |Regioselectivity in Aromatic Electrophilic substitution Reaction

L-01 Regioselectivity Introduction |Regioselectivity in Aromatic Electrophilic substitution Reaction

L-48A Reagents | Reducing reagents | Classification of reducing Reagents | CSIR-NET GATE IIT-JAM

L-48A Reagents | Reducing reagents | Classification of reducing Reagents | CSIR-NET GATE IIT-JAM

L-48B Reagents | Reducing reagents | Reagents terminology | CSIR-NET GATE IIT-JAM MSc.

L-48B Reagents | Reducing reagents | Reagents terminology | CSIR-NET GATE IIT-JAM MSc.

L-76 Reagents |Organo Magnesium Reagent | 1,2-and 1,4-addition on unsaturated carbonyl | CSIR-NET

L-76 Reagents |Organo Magnesium Reagent | 1,2-and 1,4-addition on unsaturated carbonyl | CSIR-NET

L-77 Reagents | Organo Magnesium Reagent | 1,2-and 1,4-addition on unsaturated carbonyl | CSIR-NET

L-77 Reagents | Organo Magnesium Reagent | 1,2-and 1,4-addition on unsaturated carbonyl | CSIR-NET

L-78 Reagents | Organo Magnesium Reagent | Alcohol & Carboxylic acid preparation | CSIR-NET GATE

L-78 Reagents | Organo Magnesium Reagent | Alcohol & Carboxylic acid preparation | CSIR-NET GATE

L-81 Reagents | Organo copper reagent | Gilman | Very Imp. Question Solution related to decalin

L-81 Reagents | Organo copper reagent | Gilman | Very Imp. Question Solution related to decalin

L-79 Reagents | Organo copper reagent | Gillman Reagent R2CuLi | Introduction and Application |

L-79 Reagents | Organo copper reagent | Gillman Reagent R2CuLi | Introduction and Application |

L-80 Reagent | Organo copper reagent | Gillman Reagent R2CuLi Stereospecific, Stereoselective Rxn |

L-80 Reagent | Organo copper reagent | Gillman Reagent R2CuLi Stereospecific, Stereoselective Rxn |

L-82 Reagents | Organo Zinc reagent | Reformatsky Reaction |Introduction & Application | CSIR-NET

L-82 Reagents | Organo Zinc reagent | Reformatsky Reaction |Introduction & Application | CSIR-NET

L-83 Reagents | Organo Zinc reagent | Simmons Smith Reagent | Cyclopropanation | CSIR-NET GATE

L-83 Reagents | Organo Zinc reagent | Simmons Smith Reagent | Cyclopropanation | CSIR-NET GATE

L-85 Reagents | Organo Boron reagent | Very Imp Question Solution Part-01 | CSIR-NET GATE IIT-JAM

L-85 Reagents | Organo Boron reagent | Very Imp Question Solution Part-01 | CSIR-NET GATE IIT-JAM

L-84 Reagents | Organo Boron reagent | Hydroboration | Siyamil borane | Thexyl borane | 9-BBN |

L-84 Reagents | Organo Boron reagent | Hydroboration | Siyamil borane | Thexyl borane | 9-BBN |

L-87 Reagents |Organo Silicon reagent | Silyl enol ether | Imp concept & Question Solution |CSIR-NET

L-87 Reagents |Organo Silicon reagent | Silyl enol ether | Imp concept & Question Solution |CSIR-NET

L-86 Reagents | Organo Silicon reagent | Introduction | Alkynylsilane | Alkenylsilane | Allylsilane

L-86 Reagents | Organo Silicon reagent | Introduction | Alkynylsilane | Alkenylsilane | Allylsilane

L-92 Reagents | Organo cobalt Reagent | Pauson Khand Reaction | Imp. Quest Solution | CSIR-NET GATE

L-92 Reagents | Organo cobalt Reagent | Pauson Khand Reaction | Imp. Quest Solution | CSIR-NET GATE

L-91 Reagents | Organo chromium Reagent | Nozaki Hiyama Coupling | Imp. Quest Solution | CSIR-NET

L-91 Reagents | Organo chromium Reagent | Nozaki Hiyama Coupling | Imp. Quest Solution | CSIR-NET

L-89 Reagents | Organo Titanium reagent | Tebbe's Reagent | Chemo & Regioselective Reagent |CSIR-NET

L-89 Reagents | Organo Titanium reagent | Tebbe's Reagent | Chemo & Regioselective Reagent |CSIR-NET

L-88 Reagents | Organo Tin reagent | ter-tributyltin hydride(TBTH) terBu3SnH Reagent | CSIR-NET GATE

L-88 Reagents | Organo Tin reagent | ter-tributyltin hydride(TBTH) terBu3SnH Reagent | CSIR-NET GATE

L-75 Reagents | Organo Magnesium Reagent Grignard Reagent act as Nucleophile, Base & Reducing agent

L-75 Reagents | Organo Magnesium Reagent Grignard Reagent act as Nucleophile, Base & Reducing agent

L-74 Reagents | Organo Magnesium Reagent | Grignard Reagent RMgX | Imp. Question Solution | CSIR-NET

L-74 Reagents | Organo Magnesium Reagent | Grignard Reagent RMgX | Imp. Question Solution | CSIR-NET

L-73 Reagents |Organo Magnesium Reagent | Grignard Reagent RMgX Imp. concept Organometallic Reagents

L-73 Reagents |Organo Magnesium Reagent | Grignard Reagent RMgX Imp. concept Organometallic Reagents

L-72 Reagents | Summary of Organo Lithium Reagent RLi |Short Trick| Organometallic Reagents | CSIR

L-72 Reagents | Summary of Organo Lithium Reagent RLi |Short Trick| Organometallic Reagents | CSIR

L-71 Reagents | Organo Lithium Reagent | Halogen Exchange | Imp question solution | CSIR-NET GATE

L-71 Reagents | Organo Lithium Reagent | Halogen Exchange | Imp question solution | CSIR-NET GATE

L-17 Reagents | MnO2 | Manganese Dioxide | Imp practice question | Oxidizing Reagent | CSIR-NET GATE

L-17 Reagents | MnO2 | Manganese Dioxide | Imp practice question | Oxidizing Reagent | CSIR-NET GATE

L-37 Reagents | Epoxide opening using Lewis Acid | Lewis acid Mediated Epoxide Rearrangement

L-37 Reagents | Epoxide opening using Lewis Acid | Lewis acid Mediated Epoxide Rearrangement

L-70 Reagents | Organo Lithium Reagent RLi | Imp. question soluion-01| Organometallic Reagents

L-70 Reagents | Organo Lithium Reagent RLi | Imp. question soluion-01| Organometallic Reagents

L-69 Reagents | Organo Lithium Reagent RLi | Organometallic Reagents | CSIR-NET GATE IIT-JAM MSc.

L-69 Reagents | Organo Lithium Reagent RLi | Organometallic Reagents | CSIR-NET GATE IIT-JAM MSc.

L-41 Reagents |KMnO4 Potassium permanganate| Dihydroxylation | CSIR-NET GATE IIT-JAM MSc.

L-41 Reagents |KMnO4 Potassium permanganate| Dihydroxylation | CSIR-NET GATE IIT-JAM MSc.

L-42 Reagents |OsO4 Osmium tetroxide | Dihydroxylation | CSIR-NET GATE IIT-JAM MSc.

L-42 Reagents |OsO4 Osmium tetroxide | Dihydroxylation | CSIR-NET GATE IIT-JAM MSc.

L-90 Reagents | Organo Cerium reagent | Regioselective reagents | Imp. Question Solution | CSIR-NET

L-90 Reagents | Organo Cerium reagent | Regioselective reagents | Imp. Question Solution | CSIR-NET

L-67 Reagents | Homogeneous Catalyst | Wilkinson Catalyst | Catalytic Hydrogenation| CSIR-NET GATE

L-67 Reagents | Homogeneous Catalyst | Wilkinson Catalyst | Catalytic Hydrogenation| CSIR-NET GATE

L-68 Reagents | Organometallic Reagents Introduction | Reversal of polarity | CSIR-NET GATE IIT-JAM

L-68 Reagents | Organometallic Reagents Introduction | Reversal of polarity | CSIR-NET GATE IIT-JAM

L-43 Reagents |Sharpless Asymmetric Dihydroxylation | CSIR-NET GATE IIT-JAM MSc.

L-43 Reagents |Sharpless Asymmetric Dihydroxylation | CSIR-NET GATE IIT-JAM MSc.

L-01 Introduction of Selectivity | Chemoselectivity in Reduction | Chemoselectivity

L-01 Introduction of Selectivity | Chemoselectivity in Reduction | Chemoselectivity

L-03 Aromaticity | PYQS | Q-11 to Q-15 Session-03 | CSIR-NET GATE IIT-JAM BARC TIFR MSc BSc

L-03 Aromaticity | PYQS | Q-11 to Q-15 Session-03 | CSIR-NET GATE IIT-JAM BARC TIFR MSc BSc

L-04 Aromaticity | PYQS | Q-16 to Q-17 Session-04 | CSIR-NET GATE IIT-JAM BARC TIFR MSc BSc

L-04 Aromaticity | PYQS | Q-16 to Q-17 Session-04 | CSIR-NET GATE IIT-JAM BARC TIFR MSc BSc

L-02 Aromaticity | PYQS | Q-06 to Q-10 Session-02 | CSIR-NET GATE IIT-JAM BARC TIFR MSc BSc

L-02 Aromaticity | PYQS | Q-06 to Q-10 Session-02 | CSIR-NET GATE IIT-JAM BARC TIFR MSc BSc

L-01 Aromaticity | PYQS | Q-01 to Q-05 Session-01 | CSIR-NET GATE IIT-JAM BARC TIFR MSc BSc

L-01 Aromaticity | PYQS | Q-01 to Q-05 Session-01 | CSIR-NET GATE IIT-JAM BARC TIFR MSc BSc

L-62 Reagents | Wolff Kishner Reduction | Imp. question solution | Reducing reagent | CSIR-NET GATE

L-62 Reagents | Wolff Kishner Reduction | Imp. question solution | Reducing reagent | CSIR-NET GATE

L-66 Reagents | Heterogeneous Catalyst | Adams Catalyst | Imp. Question solution | CSIR-NET GATE

L-66 Reagents | Heterogeneous Catalyst | Adams Catalyst | Imp. Question solution | CSIR-NET GATE

L-65 Reagents | Heterogeneous Catalyst | Imp. Question solution | Reducing reagents | CSIR-NET GATE

L-65 Reagents | Heterogeneous Catalyst | Imp. Question solution | Reducing reagents | CSIR-NET GATE

L-64 Reagents | Heterogeneous Catalyst | Lindlar Catalyst, Adams catalyst, Raney Nickel | CSIR-NET

L-64 Reagents | Heterogeneous Catalyst | Lindlar Catalyst, Adams catalyst, Raney Nickel | CSIR-NET

L-63 Reagents | Catalytic hydrogenation | Types of Catalytic Hydrogenation Introduction | CSIR-NET

L-63 Reagents | Catalytic hydrogenation | Types of Catalytic Hydrogenation Introduction | CSIR-NET

L-59 Reagents | Birch Reduction | Na and Li metal in liq. ammonia | practice question | CSIR-NET

L-59 Reagents | Birch Reduction | Na and Li metal in liq. ammonia | practice question | CSIR-NET

L-55 Reagents |Sodium Cyanoborohydride NaBH3CN | Reducing Reagents | CSIR-NET GATE IIT-JAM MSc.

L-55 Reagents |Sodium Cyanoborohydride NaBH3CN | Reducing Reagents | CSIR-NET GATE IIT-JAM MSc.

L-58 Reagents | Electron transfer Reducing reagents Classification | Reducing reagent | CSIR-NET

L-58 Reagents | Electron transfer Reducing reagents Classification | Reducing reagent | CSIR-NET

L-61 Reagents | Wolff Kishner Reduction | Carbonyl reduction| Reducing reagent | CSIR-NET GATE

L-61 Reagents | Wolff Kishner Reduction | Carbonyl reduction| Reducing reagent | CSIR-NET GATE

L-56 Reagents | Borane BH3 | Diborane B2H6 | Reduction acid |Reducing Reagents | CSIR-NET GATE

L-56 Reagents | Borane BH3 | Diborane B2H6 | Reduction acid |Reducing Reagents | CSIR-NET GATE

L-57 Reagents |Alane AlH3 Aluminium Hydride |Reducing reagents | CSIR-NET GATE IIT-JAM MSc.

L-57 Reagents |Alane AlH3 Aluminium Hydride |Reducing reagents | CSIR-NET GATE IIT-JAM MSc.

L-60 Reagents | Clemenson Reduction| Zinc Zn metal in HCl |Reducing Reagent | CSIR-NET GATE IIT-JA

L-60 Reagents | Clemenson Reduction| Zinc Zn metal in HCl |Reducing Reagent | CSIR-NET GATE IIT-JA

L-52B Reagents | Luche reagent NaBH4 with CeCl3 | Reduction of ketone | Reducing reagent | CSIR-NET

L-52B Reagents | Luche reagent NaBH4 with CeCl3 | Reduction of ketone | Reducing reagent | CSIR-NET

L-54 Reagents |DIBAL-H Diisobutyl Aluminium Hydride | Reducing Reagents | CSIR-NET GATE IIT-JAM MSc.

L-54 Reagents |DIBAL-H Diisobutyl Aluminium Hydride | Reducing Reagents | CSIR-NET GATE IIT-JAM MSc.

L-52A Reagents | Luche reagent |NaBH4 with CeCl3 | Reduction of ketone | Reducing reagent| CSIR-NET

L-52A Reagents | Luche reagent |NaBH4 with CeCl3 | Reduction of ketone | Reducing reagent| CSIR-NET

L-49 Reagents |Lithium Aluminium Hydride (LAH) LiAlH4 | Reducing Reagent| CSIR-NET GATE IIT-JAM MSc.

L-49 Reagents |Lithium Aluminium Hydride (LAH) LiAlH4 | Reducing Reagent| CSIR-NET GATE IIT-JAM MSc.

L-50 Reagents |Lithium Aluminium Hydride (LAH) | Reducing Reagent| CSIR-NET GATE IIT-JAM MSc.

L-50 Reagents |Lithium Aluminium Hydride (LAH) | Reducing Reagent| CSIR-NET GATE IIT-JAM MSc.

L-53 Reagents | Red Al Red Aluminium| Reducing Reagents| CSIR-NET GATE IIT-JAM MSc.

L-53 Reagents | Red Al Red Aluminium| Reducing Reagents| CSIR-NET GATE IIT-JAM MSc.

L-47 Reagents | Dihydroxylation summary | CSIR-NET GATE IIT-JAM MSc.

L-47 Reagents | Dihydroxylation summary | CSIR-NET GATE IIT-JAM MSc.

L-51 Reagents | Sodium Borohydride NaBH4 | Reducing Reagents| CSIR-NET GATE IIT-JAM MSc.

L-51 Reagents | Sodium Borohydride NaBH4 | Reducing Reagents| CSIR-NET GATE IIT-JAM MSc.

L-46 Reagents | Woodward reaction for Syn diol| Dihydroxylation| CSIR-NET GATE IIT-JAM MSc.

L-46 Reagents | Woodward reaction for Syn diol| Dihydroxylation| CSIR-NET GATE IIT-JAM MSc.

L-48A Reagents |Reducing reagents | Classification of reducing Reagents | CSIR-NET GATE IIT-JAM MSc.

L-48A Reagents |Reducing reagents | Classification of reducing Reagents | CSIR-NET GATE IIT-JAM MSc.

L-45 Reagents | Privost condition for anti diol |Dihydroxylation| CSIR-NET GATE IIT-JAM MSc.

L-45 Reagents | Privost condition for anti diol |Dihydroxylation| CSIR-NET GATE IIT-JAM MSc.

L-44 Reagents | Lemieux Johnson Oxidation|OsO4 with cooxidant NaIO4 | CSIR-NET GATE IIT-JAM MSc.

L-44 Reagents | Lemieux Johnson Oxidation|OsO4 with cooxidant NaIO4 | CSIR-NET GATE IIT-JAM MSc.

L-35 Epoxide Opening using Lewis Acid | Lewis Acid Mediated Rearrangement of Epoxide | Epoxide

L-35 Epoxide Opening using Lewis Acid | Lewis Acid Mediated Rearrangement of Epoxide | Epoxide

L-40 Reagents |Dihydroxylation | Peracids for Dihydroxylation | CSIR-NET GATE IIT-JAM MSc.

L-40 Reagents |Dihydroxylation | Peracids for Dihydroxylation | CSIR-NET GATE IIT-JAM MSc.

L-16 Reagents | CAN | Ceric Ammonium Nitrate | Imp practice question | Oxidizing Reagent | CSIR-NET

L-16 Reagents | CAN | Ceric Ammonium Nitrate | Imp practice question | Oxidizing Reagent | CSIR-NET

L-39 Reagents | EPOXIDE | Very Important Question Solution | Epoxide | CSIR-NET GATE IIT-JAM MSc.

L-39 Reagents | EPOXIDE | Very Important Question Solution | Epoxide | CSIR-NET GATE IIT-JAM MSc.

L-38 Reagents | Epoxide opening using TMSI | Wittig Reaction for Epoxide Opening | CSIR-NET GATE

L-38 Reagents | Epoxide opening using TMSI | Wittig Reaction for Epoxide Opening | CSIR-NET GATE

L-35 Reagents | Stereochemistry Of Epoxide Opening | Epoxide | CSIR-NET GATE IIT-JAM MSc.

L-35 Reagents | Stereochemistry Of Epoxide Opening | Epoxide | CSIR-NET GATE IIT-JAM MSc.

L-36 Reagents | Epoxide opening using LDA | Na & Li Metal in liq Ammonia | DMSO | Epoxide | CSIR-NET

L-36 Reagents | Epoxide opening using LDA | Na & Li Metal in liq Ammonia | DMSO | Epoxide | CSIR-NET

L-34 Reagents | Opening of EPOXIDE in Basic Condition | Epoxide | CSIR-NET GATE IIT-JAM MSc.

L-34 Reagents | Opening of EPOXIDE in Basic Condition | Epoxide | CSIR-NET GATE IIT-JAM MSc.

L-34 Reagents | Opening of EPOXIDE in Basic Condition | Epoxide | CSIR-NET GATE IIT-JAM MSc.

L-34 Reagents | Opening of EPOXIDE in Basic Condition | Epoxide | CSIR-NET GATE IIT-JAM MSc.

L-32 Reagents | Epoxide Opening Reagents Summary | Epoxide Opening Rxn | CSIR-NET GATE IIT-JAM MSc.

L-32 Reagents | Epoxide Opening Reagents Summary | Epoxide Opening Rxn | CSIR-NET GATE IIT-JAM MSc.

L-31 Reagents | Summary of Epoxidizing Reagents | Short Trick | Epoxidizing Reagent | CSIR-NET GATE

L-31 Reagents | Summary of Epoxidizing Reagents | Short Trick | Epoxidizing Reagent | CSIR-NET GATE

L-30 Reagents | Halo Ester | Darzen Epoxidation Reaction | Short Trick | Epoxidizing | Reagent |

L-30 Reagents | Halo Ester | Darzen Epoxidation Reaction | Short Trick | Epoxidizing | Reagent |

L-28 Reagents | Hydroperoxy Imidine | Short Trick | Epoxidizing Reagent | CSIR-NET GATE IIT-JAM MSc.

L-28 Reagents | Hydroperoxy Imidine | Short Trick | Epoxidizing Reagent | CSIR-NET GATE IIT-JAM MSc.

L-29 Reagents | Sulfur Ylide | Short trick |Epoxidizing Reagent | CSIR-NET GATE IIT-JAM MSc.

L-29 Reagents | Sulfur Ylide | Short trick |Epoxidizing Reagent | CSIR-NET GATE IIT-JAM MSc.

L-27 Reagents | Hypohalous Acids | HOX | Imp prac. question | Epoxidizing Reagent | CSIR-NET GATE

L-27 Reagents | Hypohalous Acids | HOX | Imp prac. question | Epoxidizing Reagent | CSIR-NET GATE

L-24 Reagents | Sharpless Asymmetric Epoxidation | tert-Butyl Hydroperoxide TBHP | Imp Question CSIR

L-24 Reagents | Sharpless Asymmetric Epoxidation | tert-Butyl Hydroperoxide TBHP | Imp Question CSIR

L-26 Reagents | Iodine with Sodium Bicarbonate | Imp prac. ques. | Epoxidizing Reagent | CSIR-NET

L-26 Reagents | Iodine with Sodium Bicarbonate | Imp prac. ques. | Epoxidizing Reagent | CSIR-NET

L-25 Reagents | Dioxirane | DMDO | Dimethyl Dioxirane | Epoxidizing Reagent | Imp prac. ques. | CSIR

L-25 Reagents | Dioxirane | DMDO | Dimethyl Dioxirane | Epoxidizing Reagent | Imp prac. ques. | CSIR

L-23 Reagents | Hydrogen Peroxide with base | H2O2/OH | Epoxidizing Reagent | CSIR-NET GATE IIT-JAM

L-23 Reagents | Hydrogen Peroxide with base | H2O2/OH | Epoxidizing Reagent | CSIR-NET GATE IIT-JAM

L-22 Reagents | Epoxidation of Olefins / Alkene | Peracids | mCPBA metacloroperbenzoice acid

L-22 Reagents | Epoxidation of Olefins / Alkene | Peracids | mCPBA metacloroperbenzoice acid