Lec-6 || COSY (Correlation Spectroscopy) || H-H interactions || 2D NMR || Tricks & tips

Lec-5 || Diastereotopic protons || Splitting tree || Geminal coupling || Complex splitting || Tricks

Lec-4 || Diastereotopic protons || Geminal coupling || Solved example 1 of Ethyl 3-hydroxybutanoate

Lec-3 || Tricks & tips to identify Homotopic, Heterotopic, Enantiotopic & Diastereotopic protons

Lec-2 || 1D vs 2D NMR || Correlation spectroscopy (COSY) || Tricks to solve COSY problems

Lec-1 || Difference b/w 1D & 2D NMR || Correlation spectroscopy (COSY) || Three Solved Examples

Proton NMR-26 || HNMR spectra of nitroalkanes || Characteristic peaks || Tricks & tips

Proton NMR-20 || HNMR spectra of nitriles || Characteristic peaks || Anisotropy || Tricks & tips

Proton NMR-19 || HNMR spectra of amines || Factors affecting peak shape || Exchangeable protons

Proton NMR-21 || HNMR spectra of aldehydes || Characteristic peaks || Anisotropy || Tricks & tips

Proton NMR-22 || HNMR spectra of Ketones || Characteristics peaks || Methyl ketones || Tricks & tips

Proton NMR-23 || HNMR spectra of Esters || Methyl esters & acetates || Main peaks || Tricks & tips

Proton NMR-24 || HNMR spectra of Carboxylic acids || Exchangeable protons || Tricks & tips

Proton NMR-25 || HNMR spectra of amides || Exchangeable protons || Difference from amines || Tricks

Proton NMR-18 | HNMR spectra of ethers || Distinguish methoxy ethers from others || Tricks & tips

Proton NMR-17 || HNMR spectra of Alcohols || Factors affecting peak shape || Exchangeable protons

Proton NMR-16 || HNMR spectra of Alkyl halides || Effect of electronegativity || Tricks & tips

Proton NMR-15 || HNMR spectra of ortho, meta & para substituted aromatic compounds || Tricks & tips

Proton NMR-14 || HNMR spectra of terminal & non-terminal Alkynes || Allylic coupling | tricks & tips

Proton NMR-13 || HNMR spectra of Cis & trans Alkenes || Characteristic peaks || Tricks & tips

Proton NMR-12 || HNMR spectra of Alkanes || Characteristic peaks in NMR spectrum |I Tricks & tips

Lec-5 || Conformers of substituted cyclohexanes || Diaxial interaction || POME || Ring flip | Tricks

Lec-4 || Conformers of cyclohexane || Chair, boat, twist boat & Half chair forms || Tricks and Tips

Lec-3 || Conformers of n-butane || Conformational analysis || Gauche effect || Tips & Tricks

Lec-2 || Conformations of ethane and propane | Staggered & eclipsed | Dihedral angle | Tricks & tips

Lec-1 || Difference b/w conformers & rotamers || Torsional, Angle & Steric strains || Tricks & tips

Lec-28 || Stereospecificity || Enantiospecificity || Diastereoselectivity || Stereoisomers

Lec-27 || Stereoselectivity || Enantioselectivity || Diastereoselectivity || Stereoisomers

Lec-26 || Regioselectivity || Regioisomers || Examples of regioselectivity and regioisomers

Lec-25 || Interconversion of Fischer, Sawhorse & Newman projections || All conversions in one video

Lec-24 || Conversion of Sawhorse projection to Fischer Projection and Fischer to Sawhorse projection

Lec-23 || Conversion of Newman to Fischer projection || Proof from Absolute configuration

Lec-22 || Sawhorse projection || Difference from Wedge-Dash, Fischer & Newman Projections

Lec-21 || Newman Projection || Dihedral angle || Draw Neman projection of ethane, propane & butane

Lec-20 || Fischer projection | Conversion of wedge-dash formula (perspective) to Fischer projection

Lec-19 || Optical activity in allenes, biphenyls & spiranes | Optical activity with no chiral carbon

Lec-18 || Anomers | Anomeric carbon | Difference b/w epimers, anomers & diastereomers| Mutarotation

Lec-17 || Enantiomeric excess || Optical purity || Specific rotation || Racemic mixture

Lec-16 || Racemic mixture || Racemization || External compensation || Optical activity

Lec-15 || Plane of Symmetry || Centre of Symmetry || Mesocompounds || Internal compensation

Lec-14 || Enantiomers, Diastereomers & Epimers || Characteristics & examples || Optical rotation

Lec-13 || Optical activity || Polarimeter || Specific rotation || Dextro & levorotatory || Chirality

Lec-12 || Absolute (R & S) configuration | Wedge-dash formula | Fischer & Newman projection |

Lec-11 || Relative configuration (D & L) in Sugars, Cyclic sugars & amino acids || Glyceraldehyde

Lec-10 || Chiral carbon || Asymmetric carbon || Stereogenic center || Short cut & trick to find

Lec-9 || Syn and Anti Geometric Isomers || Oximes || Hydrazones || Diazo compounds || Conditions

Lec-8 || E & Z isomerism || Geometric isomerism || Cahn-Ingold-Prelog rules || CIP rules

Lec-7 || Cis Trans isomerism in chair form of cyclohexane || Axial & equatorial bonds

Lec-6 || Cis trans isomerism in spiro compounds || Geometric isomerism in spiro compounds

Lec-5 || Cis Trans isomerism in Biphenyls || Geometric isomerism in Biphenyls || Triphenyls

Lec-4 || Cis Trans isomerism in Allenes || Cumulenes || Conditions of Geometric isomerism

Lec-3 || Cis trans in cycloalkanes and cycloalkenes || Geometric isomers || Configurational isomers

Lec-2 || Geometric isomerism || Cis-Trans isomers || Properties and types of Cis-trans isomers

Lec-1 || Types of isomerism || Structural isomerism || Stereoisomerism | Enantiomers | Diastereomers

Lec-38 || Tips to find Structural and molecular formulae of unknown compound from mass spectrum

Lec# 37 || Trick to find molecular formula from mass spectrum | Rule of thirteen | Mass spectrometry

Proton NMR-29 || Tips and Tricks to Solve NMR spectra || How to find unsaturation level?

Proton NMR-28 || Integration in proton NMR || When integration is required? | Solution of 6 problems

FTIR-32 || Interpretation of FTIR spectra || FTIR problem-3 || How to solve FTIR spectra?

FTIR-31 || FTIR spectra II FTIR problem-2 || How to interpret FTIR spectra?