50:56

Heterocyclic Chemistry: Three Membered Heterocycles: Synthesis of Aziridines @NOBLECHEMISTRY

50:56

Chemistry Of Alkanes: Chemical properties: Halogenation, Reactivity&Selectivity @NOBLECHEMISTRY

58:46

Heterocyclic Chemistry: Replacement nomenclature of bridged Heterocycles @NOBLECHEMISTRY

31:19

Chemistry Of Alkanes: Physical properties like b.p.,m.p. & solubility @NOBLECHEMISTRY

44:05

Heterocyclic Chemistry: Replacement nomenclature of spiro Heterocycles @NOBLECHEMISTRY

39:55

Chemistry Of Alkanes: Decarboxylation, Corey House Reaction @NOBLECHEMISTRY

42:07

Heterocyclic Chemistry: Replacement Nomenclature (part-1) @NOBLECHEMISTRY

48:35

Chemistry Of Alkanes: Wurtz Reaction, Kolbe's Electrolytic Method @NOBLECHEMISTRY

47:11

Heterocyclic Chemistry: Hantzsch- Widman Nomenclature ( Systematic Nomenclature) @NOBLECHEMISTRY

39:07

Chemistry Of Alkanes: classification of carbon, nomenclature @NOBLECHEMISTRY

33:20

Quantum Mechanics: Schrodinger Wave Equation @NOBLECHEMISTRY

53:58

Quantum Mechanics: Expectation Value of x, px, x^2 and px^2 @NOBLECHEMISTRY

40:52

Quantum Mechanics: Hermitian Operator & Hermitian Conjugate @NOBLECHEMISTRY

33:26

Quantum Mechanics: Normalised & Orthogonal Wave Functions @NOBLECHEMISTRY

27:23

Quantum Mechanics : Postulates of quantum mechanics part 2 @NOBLECHEMISTRY

38:33

Quantum Mechanics: Postulates Of quantum mechanics part 1 @NOBLECHEMISTRY

51:17

2D NMR Spectroscopy: COSY and HETCOR @NOBLECHEMISTRY

29:21

13C NMR Spectroscopy: DEPT(Distortionless Enhancement by Polarization Transfer @NOBLECHEMISTRY

36:02

13C NMR spectroscopy: Nuclear Overhauser Effect (NOE) @NOBLECHEMISTRY

38:01

13C NMR Spectroscopy: Heteronuclear Coupling of 13C to 2D , 19F, 31P @NOBLECHEMISTRY

43:56

13C NMR Spectroscopy:Proton Coupling&Proton Decoupling,Off- Resonance Decoupling @NOBLECHEMISTRY

44:16

13C NMR Spectroscopy:Factors affecting Chemical Shifts, Calculations of Shifts @NOBLECHEMISTRY

52:28

13C NMR Spectroscopy: 13C Chemical Shifts, factors affecting 13C Chemical Shifts @NOBLECHEMISTRY

27:29

13C NMR Spectroscopy: General Introduction, Number of CMR signals @NOBLECHEMISTRY

40:39

NMR Spectroscopy: Structure Determination Of Organic Compounds @NOBLECHEMISTRY

41:19

NMR Spectroscopy: Nuclear Overhauser Effect, Proton Exchange Reaction @NOBLECHEMISTRY

51:10

NMR Spectroscopy: Simplification of complex NMR spectra @NOBLECHEMISTRY

39:07

NMR Spectroscopy:Nomenclature of spin system(pople notations),2,3,4 spin system @NOBLECHEMISTRY

36:57

NMR Spectroscopy: First and Second Order Spectra @NOBLECHEMISTRY

54:25

NMR Spectroscopy: Multiple Choice Questions @NOBLECHEMISTRY

40:52

NMR Spectroscopy: Magnetic Equivalence, peak Area @NOBLECHEMISTRY

42:23

NMR Spectroscopy:Coupling Constant,its types,factors affecting coupling constant @NOBLECHEMISTRY

59:06

NMR Spectroscopy: Spin-Spin Coupling, n+1rule, Pascal's Triangle @NOBLECHEMISTRY

01:00:25

NMR Spectroscopy: number of NMR Signals/chemical Equivalence @NOBLECHEMISTRY

50:08

NMR Spectroscopy: Factors affecting chemical Shift @NOBLECHEMISTRY

50:56

NMR Spectroscopy: chemical Shift ,reference standard, delta scale & tau scale @NOBLECHEMISTRY

37:46

NMR Spectroscopy: Shielding and Deshielding Effects @NOBLECHEMISTRY

28:05

NMR Spectroscopy: Basic Principle of NMR @NOBLECHEMISTRY

42:27

NMR Spectroscopy : Nuclear Spin & Nuclear Spin states @NOBLECHEMISTRY

46:44

Mass Spectrometry: Multiple Choice Questions @NOBLECHEMISTRY

52:25

Mass Spectrometry: Fragmentation modes in organic compounds part 2 @NOBLECHEMISTRY

54:18

Mass Spectrometry: Fragmentation modes in organic compounds @NOBLECHEMISTRY

27:35

Mass Spectrometry: Rules for Ionisation & Fragmentation, types of Fragmentation @NOBLECHEMISTRY

49:15

McLafferty rearrangement, Retro-Diels-Alder Fragmentation, Nitrogen Rule @NOBLECHEMISTRY

40:09

Mass Spectrometry: Molecular Ion & Metastable Ion @NOBLECHEMISTRY

46:12

Mass Spectrometry: Ionisation Techniques ( EI, CI, FD and FAB) @NOBLECHEMISTRY

42:44

Mass Spectrometry : principle, instrumentation,mass spectrum @NOBLECHEMISTRY

42:16

UV-VISIBLE Spectroscopy: Multiple Choice Questions @NOBLECHEMISTRY

38:44

UV-VISIBLE Spectroscopy: Absorption in Aromatic Compounds @NOBLECHEMISTRY

38:27

UV-VISIBLESpectroscopy:Woodward-Fieser rule for αβ-unsaturated carbonylcompounds @NOBLECHEMISTRY

45:43

UV-VISIBLE Spectroscopy:Woodward-Fieser rule for Conjugated Dienes @NOBLECHEMISTRY

28:28

UV-VISIBLE Spectroscopy: Solvent Effects @NOBLECHEMISTRY

34:16

UV-VISIBLE Spectroscopy: Red shift, blue shift, hyperchromic, hypochromicshift @NOBLECHEMISTRY

25:01

UV-VISIBLE Spectroscopy: Chromophores and Auxochromes @NOBLECHEMISTRY

40:02

UV-VISIBLE Spectroscopy: Selection Rules, Lambert-Beer's Law @NOBLECHEMISTRY

34:38

UV-Visible Spectroscopy: Different Types of electronic Transitions @NOBLECHEMISTRY

30:15

Magnetic properties of metal complexes: Types of magnetic behaviour @NOBLECHEMISTRY

38:19

Inorganic Spectroscopy &Magnetism: Electronic Spectrum of Ti[(H2O)6]3+ Ion @NOBLECHEMISTRY

49:57

Inorganic Spectroscopy &Magnetism: Orgel Energy Level Diagrams @NOBLECHEMISTRY

38:25

Inorganic Spectroscopy&Magnetism:Calculation of spectroscopic ground state terms @NOBLECHEMISTRY