Nobel Prize in Chemistry 2025 ?

Proton NMR Spectroscopy 6 || Coupling Constant || Karplus Equation

Proton NMR Spectroscopy 5|| Splitting in Ethanol

Proton NMR Spectroscopy-4 ||Solved Problems||Solvent in NMR

Proton NMR Spectroscopy-3 || Number of Proton Peak ||Chemical Equivalence||

Proton NMR Spectroscopy-2||Chemical Shift||Shielding and Deshielding

Proton NMR Spectroscopy-1||Introduction to Resonance

Epoxidation of Alkene using Peracid

Electrophilic Addition of bromine to Alkene||Addition to Bromine||Epoxidation

Conformational Analysis of Alkane||Isomerism-8||JEE/NEET

Stereochemistry of E1 And E2 Reaction||Haloalkanes & Haloarenes-9||CLASS12/JEE/NEET

E1 Elimination Reaction||Haloalkanes and Haloarenes-8|Chemical Properties-5||CLASS12/JEE/NEET

R And S configuration of Allene,Spirane,alkylidene,Biphenyl,Ansa,Cyclophane,cyclooctene,Helicene,

E2 Elimination Reaction||Haloalkane and Haloarene-7||Properties of haloalkane-4||CLASS12/JEE/NEET

Diastereomers||Optical Activity of Allene, Spirane &Biphenyls||Isomerism-6||JEE/NEET

Norrish Type 1 Reaction-1||Photochemistry-2||

Jablonski Diagram-The fate of an Excited Molecule||Photochemistry-1

Photodynamic Therapy (PDT)-1||A Cancer Therapy

Haloalkanes and Haloarenes-6|Properties of Haloalkane-3|Substitution Reaction|CLASS12/JEE/NEET

EXO and ENDO In Diels-Alder Reaction||Cycloaddition-03||PG/UG

Stereochemistry of Diels-Alder Reaction||Cycloaddition-02||PG/UG

Cycloaddition-01(PERICYCLIC) || FMO and Regioselectivity of Diels_Alder Reaction||PG/UG

Chemical equilibrium-05|Numericals on Equilibrium Constant & degreeofdissociation-1|CLASS11/JEE/NEET

Chemical Equilibrium-04|Characteristics of Equilibrium Constant||Reaction Quotient||CLASS11/JEE/NEET

SN1 Reaction|SN1 and SN2 |Haloaklaknes and Haloarenes-05 | Chemical Properties-02 | CLASS12/JEE/NEET

Nazarov Cyclisation-01 || Pricyclic Reaction || PG/UG

Chemical Equlibrium-03 || Relation between Kp and Kc, Kp and Kx || Class 11/JEE/NEET

Electrocyclic reaction-1(Pericyclic) || Con-rotation and Dis-rotation || PG/UG students-

Haloalkanes and Haloarenes-04||Chemical Properties of haloalkanes-01-SN2 Reactions-CLASS 12/JEE/NEET

Haloalkanes and Haloarenes-03 || Preparation of Haloalkanes-03 || Class-12/JEE/NEET

Chemical Equilibrium-02 || Law of mass action, law of Chemical Equilibrium-Class11/JEE/NEET

Haloalkanes and Haloarenes-02 || Preparation of Haloalkane-02 || Class 12/JEE/NEET

Haloakanes and Haloarenes-01 || Preparation of Haloalkanes-01 || Class 12/JEE/NEET

CFT-7 || Ligand Field Theory (LFT), Pi-Donor & Pi-Acceptor Ligand

Chemical Equilibrium-01 || Class 11 || JEE/NEET

CFT-6 || Crystal Field Splitting of Tetrahedral Complexes-UG/JEE/NEET

Crystal Field Splitting of Square Planar Complex ||CFT-5 || UG/JEE/NEET

R/S Nomenclature-1-Wedge dash to Fischer Conversion ||Isomerism-5 || UG/JEE/NEET

CFT-4|| CFSE-Problem-1 || UG/JEE/NEET

CFT-3 || Jahn-Teller Distortion/Tetragonal Distortion || Problems on J-T Distortion || UG/JEE/NEET

CFT-2 ||CFSE (Crystal Field Stabilization Energy of Octahedral Complex)|Problems on CFSE#UG/JEE/NEET

CFT-1 || Crystal Field Theory || octahedral complex || UG/JEE/NEET

Isomerism-4|Optical Activity,Molecular Dissymmetry,Chiral carbon|Enantiomers|Racemic Mixture||UG/JEE

Isomerism-3 || Optical Isomers||Plane Polarised Light||Chirality||Specific Rotation || UG/JEE/NEET

E/Z nomenclature || Geometrical isomerism ||Isomerism-2 || UG/JEE/NEET

Isomerism-1 || Configurational isomerism || Geometrical isomerism || Cis and Trans || UG/JEE/NEET

Electrophilic conjugate addition of diene-2 || Exo and Endo

Electrophilic conjugate addition of diene-1 || by Saurav Paul