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Foundation - Course 5
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Foundation 1Lecture1.101 hour 48 min
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Foundation 2Lecture1.201 hour 46 min
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Foundation 3Lecture1.301 hour 55 min
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Foundation 4Lecture1.401 hour 10 min
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Foundation 5Lecture1.501 hour 45 min
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AROMATICITY 5
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Theories of AromaticityLecture2.102 hour 03 min
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Benzoid Aromatic compounds & Non Benzoid 3 and 7 membered ringLecture2.201 hour 54 min
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Non- Benzoid 5 Membered ring ,Fused Ring & Antiaromaticity.Lecture2.301 hour 55 min
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Antiaromatic 4 membered ring & Aromaticity of AnnulenesLecture2.401 hour 50 min
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Homoaromaticity,Mesoionic compounds & Molecular orbital Theory.Lecture2.501 hour 58 min
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STUDY OF REACTION MECHANISM & INTERMEDIATES 15
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Introduction & Kinetic method.Lecture3.101 hour
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Isotope Effect-Kinetic & Non-KineticLecture3.201 hour 02 min
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Cross- Over Method & Misc.Lecture3.301 hour 30 min
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Carbocation – Stability & Formation.Lecture3.401 hour 42 min
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Carbocation- Reaction & Carbanion-Formation& Stability.Lecture3.501 hour 50 min
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Carbanion -Stability.Lecture3.625 min
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Carbanion- Stability & Detection.Lecture3.701 hour
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Free-Radical-1Lecture3.801 hour 45 min
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Free-Radical-2Lecture3.901 hour 50 min
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Free-Radical-3Lecture3.1001 hour 50 min
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Free-Radical-4Lecture3.1102 hour 05 min
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Free-Radical-5Lecture3.1201 hour 55 min
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Carbene-1Lecture3.1302 hour 50 min
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NitreneLecture3.1401 hour 45 min
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BENZYNELecture3.1501 hour 24 min
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SUBSTITUTION REACTION 12
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Nucleophlile &its nucleophlicityLecture4.101 hour 50 min
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Mechanism of SN1 & SN2Lecture4.201 hour 40 min
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Effect Of ConformationLecture4.301 hour 28 min
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Effect of solvent & StreochemistryLecture4.401 hour 10 min
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Stereochemistry & NGPLecture4.501 hour 45 min
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NGP Examples & IllustrationLecture4.602 hour 02 min
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Other MECHANISM of SN ReactionLecture4.701 hour 15 min
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Ambident Substrate & NucleophileLecture4.801 hour 15 min
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Aromatic Nucleophilic SubstitutionLecture4.901 hour 42 min
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Electrophilic Substitution – Mechanism & Orientation.Lecture4.1001 hour 40 min
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Electrophilic Substitution on Other Aromatic & HetroAromatic Ring.Lecture4.1101 hour 55 min
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Examples Of Electrophilic Substitution & Applications.Lecture4.1202 hour
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ELIMINATION REACTION 4
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Mechanism Of Elimination.Lecture5.101 hour 50 min
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Regioselectivity & StereoselectivityLecture5.201 hour 40 min
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Stereoselectivity & SYN – EliminationLecture5.301 hour 47 min
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Substitution VS. Elimination & Introduction to Addition Reaction.Lecture5.401 hour 15 min
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ADDITION REACTION 8
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Electrophlic Addition – Regioselectivity.Lecture6.101 hour 40 min
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StereoSelectivity – Anti and Syn Addition.Lecture6.201 hour 50 min
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HydroBoration and Hydroxylation.Lecture6.301 hour 47 min
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Epoxidation, Ozonolysis, & Conjugate Addition.Lecture6.401 hour 48 min
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Nucleophilic Addition – General Reactions.Lecture6.501 hour 55 min
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Grignard Addition, Acetal and Thioacetal formation -UMPOLUNG .Lecture6.601 hour 40 min
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Addition-Elimination Reaction & Application.Lecture6.701 hour 55 min
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Michael-AdditionLecture6.801 hour 05 min
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REARRANGEMENT REACTIONS 6
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Wagenar -MeerwinLecture7.150 min
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Pinacol-PinacoloneLecture7.201 hour 50 min
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Dienone-Phenol reaa.Lecture7.357 min
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Bayer- Villiger & BeckmannLecture7.401 hour 55 min
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Beckmann, Favoraski & HoffmannLecture7.501 hour 55 min
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Curtius,Lossen, Schmidt, Steven, Fries & Von ritcherLecture7.601 hour 42 min
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NAMED REACTIONS & Reagents 11
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Aldol CondensationLecture8.101 hour 32 min
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Application & Extension of Aldol CondensationLecture8.201 hour 45 min
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Clasien Condensation & Dieckmann CondensationLecture8.301 hour 24 min
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Dieckmann Contd. , Stobbe Condensation & Knovangel CondensationLecture8.401 hour 38 min
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Knovangel Contd.Lecture8.554 min
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Perkin Condensation, Benzoin condensation & Acyloin Condensation.Lecture8.601 hour 22 min
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Reformastky Reaction, Wittig Reaction & Reimer-Tiemann .Lecture8.701 hour 22 min
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Sandmayer, Cannizaro ,Clemmenson Reduction & Wolff – kishner Reduction.Lecture8.801 hour 15 min
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Reagent- SeO2, LTA.Lecture8.901 hour 07 min
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HIO4,CrO3 & Reducing AgentsLecture8.1002 hour 09 min
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Wolff kishner, Skraup Synthesis, Fischer Indole & Bischeler Napierlaski SynthesisLecture8.1101 hour 30 min
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PERICYCLIC REACTIONS 7
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Introduction, MO- Theory, & FMO- ApproachLecture10.101 hour 16 min
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Cyclo-Addition , 2+2, & 4+2 Selection Rule, Diels-alder ReactionLecture10.201 hour 23 min
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Regio & Stereo-Selectivity of Diels- AlderLecture10.301 hour 10 min
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Dipolar addition And Chelotropic Reaction.Lecture10.456 min
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Elecrtocyclic Reaction & Sigmatropic reaction.Lecture10.501 hour 16 min
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1,3 &1,5- Sigmatropic Shift , Cope reaaragement.Lecture10.601 hour 30 min
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oxy- Cope & Clasen rearragement, ENE-Reaction.Lecture10.701 hour 20 min
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PHOTOCHEMICAL REACTIONS 3
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Introduction ,PhotoFragmentation Norrish Reactions.Lecture11.101 hour 32 min
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Photo-Addition, Photo-Oxidation ,Photo-Reduction And photo-isomerization.Lecture11.201 hour 50 min
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Photo-rearrangement and other Reactions.Lecture11.301 hour 17 min
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POLYMERS 2
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SPECTROSCOPY 14
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Introduction & Rotational SpectraLecture13.101 hour 56 min
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Rotational & Vibrational SpectraLecture13.201 hour 50 min
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Group Vibration & Organic ApplicationLecture13.301 hour 58 min
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Organic Ir Spectra of carbonylLecture13.401 hour 45 min
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UV-Spectra , Nature of transition, Band Classification & Solvent EffectLecture13.502 hour
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Theoretical Calculation of Wavelenth – Woodward – Hoffmann rule & Fieser-Khun RuleLecture13.602 hour
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Application of UV & Introduction of NMR spectraLecture13.701 hour 40 min
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Number Of Signal, Chemical Shift.Lecture13.802 hour
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Factors Affecting Chemical Shift in NMR.Lecture13.901 hour 40 min
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Spilliting Of NMR signal & Combined Problems Solving Approach.Lecture13.1001 hour 54 min
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Mass-Spectra 1 & UV ProblemsLecture13.1101 hour 02 min
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Mass – SPECTRA 2- MOLECULAR ION PEAK & Fragmentation.Lecture13.1201 hour 40 min
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Fragmentation Pattern Of Different Functional Groups.Lecture13.1302 hour 21 min
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Rearrangements & Elimination Mode of fragementationLecture13.1401 hour 25 min
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