Section 1 : Periodic Table

 		Lecture 1 Introduction 33:58
Lecture 2 Atomic Radius 51:43
Lecture 3 Ionization energy 54:39
Lecture 4 EA,EN,Inert pair effect 55:7

Section 2 : chemical bonding

 		Lecture 5 Introduction 43:44
Lecture 6 VBT 49:33
Lecture 7 HYBRIDIZATION 50:7
Lecture 8 VSEPR THEORY 50:41
Lecture 9 MOT 52:34
Lecture 10 Application of MOT 50:25
Lecture 11 Thermal stability, Solubility, Dipole moment 48:16
Lecture 12 WEAK BONDS 57:33

Section 3 : d AND f BLOCK

 		Lecture 13 COMPLETE CHAPTER 59:50

Section 4 : Cordination Chemistry

 		Lecture 14 introduction 46:52
Lecture 15 IUPAC 45:23
Lecture 16 CFT 53:15
Lecture 17 SQUARE PLANNER AND TETRAHEDRAL 36:26
Lecture 18 properties of complex salt 44:16
Lecture 19 isomerism 41:18
Lecture 20 optical isomers 47:8
Lecture 21 Trans effect and jahn teller effect

Section 5 : Metallurgy

 		Lecture 22 introduction 48:42
Lecture 23 APPLICATION OF METALLURGY 46:50

Section 6 : S block

 		Lecture 24 Group 1 introduction 40:13
Lecture 25 Compounds of Alkali Metals 41:19
Lecture 26 Group 2 introduction 43:25
Lecture 27 Hydrogen 39:12

Section 7 : P Block

 		Lecture 28 Conceptual part 1 48:31
Lecture 29 Conceptual part 2 50:18
Lecture 30 Conceptual part 3 23:0
Lecture 31 Group 13 and 14 introduction 32:1
Lecture 32 Group 13 compounds
Lecture 33 Group 14 compounds
Lecture 34 Group 15 introduction 45:3
Lecture 35 GROUP 15 COMPOUNDS 43:17
Lecture 36 Group 16
Lecture 37 Group 17 introduction 35:58
Lecture 38 Group 17 compounds 48:19
Lecture 39 Group 18