43:13

Type of Crystalline Solid | Metallic solid | Ionic Solid | Covalent Solid

30:38

Solid State | Crystalline and Amorphous Solid | Anisotropy and Isotropy

14:12

Solid State | Introduction | Factors affecting state of matter | Thermal Energy

01:26:15

VBT Part-2 | Hybridization in octahedral complexes | Nature of ligands in octahedral field |

31:22

VBT [Part-1] | Valence bond theory | postulates of VBT

01:06:46

Lec - 05 | Werner theory | Experimental Verification

01:39:53

Lec -04 | IUPAC of Coordination Compound | IUPAC of Cationic/Anionic/Neutral/Bridging Complexes

01:36:54

Lec- 03 | Classification of ligands | Denticity | Ambidentate, Flexidentate, chelating ligands |

46:01

Lec- 02 | Coordination Chemistry | Some Important Basic terms of Coordination Complexes

30:02

Lec -01 | Coordination Compound and Double Salt| Ligand and metal atom | mixture and adduct Salt

12:20

Heat and Temperature | Explanation of temperature at macroscopic and microscopic level

31:33

Drago rule | Explanation of why some molecules does not shows Hybridisation

22:57

3rd substitution of Nucleophile and Electrophile in Benzene Derivatives

14:53

Work and Heat | Difference between work and heat | Explanation at macroscopic and microscopic level

01:18:51

Lec- 26 | Vant Hoff Factor | Abnormal Behaviour of Colligative Properties | Abnormal Molar Mass

01:09:23

Lec-04 | Mole Concept Part- I | all formulas of moles | calculation of moles

42:53

Lec-03 | atomic mass unit

53:57

Lec-25 | Osmotic Pressure | Isomotic, Isopiestic, Isotonic,Hypotonic and Hypertonic Solutions |

51:13

Lec - 24 | Depression of freezing point | application of depression of freezing point

51:00

Lec-23 | Elevation of Boiling Point | definition of molal and molar elevation constant

01:06:37

Lec-02 | classification of matter

47:58

Lec-22 | Numericals of Relative Lowering of Vapour Prssure

17:25

Lec-21 | Ostwald and walker dynamic method

35:05

Lec-20 | Relative Lowering in Vapour Prssure

21:44

Lec-19 | Colligative Properties For class 12th | IIT JEE | NEET

54:04

Some Basic Concepts of Chemistry for class 11th | IIT JEE | NEET AIIMS

40:56

Lec-18 | Azeotropic mixture for class 12th | IIT JEE | NEET | AIIMS | JIPMER

47:40

Lec-17 | Ideal and Non-ideal Solutions class 12th/JEE/NEET

25:24

Lec-16 | Ideal Solution and its graph,ideal solution definition, limitations of ideal solution

10:16

Lec-15 | Raoults law versus Henry’s law

40:38

Lec-14 | Raoult’s Law for volatile and nonvolatile solute | dalton's Law

25:06

Lec-13 | Concept Of Vapour Pressure

01:03:43

Lec-12 | Solubility Of Gas in Liquid | Henry’s Law

01:10:35

Lec-11 | Solubility of Solid in Liquid

57:02

Lec-10 : Numerical Type-4 [Problems of Concentrations-Molality/Molarity/Normality]

31:46

Lec-09 | Numerical- if Molarity/Molality/Normality/Mol fraction is given

20:33

Lec -08 [Numerical Type 2nd]: Problems related to % mass by Volume

29:07

Lec-07 | Numerical Type-II [Problems related to % by Volume]

58:14

Lec -06 | Numerical Type 2nd -Problems Of Percentage by mass

01:00:00

Lec -05 | Numericals Type -1st based on milliequivalent

01:09:47

Lec -04 | Molarity, Molality, Normality, Formality

01:23:15

Lec -03 | Concentrations Of solution - Percentage ! PPM and PPB ! Mol and Mass Fraction

34:20

Lec-02 | classification of solution and trick for Alloy of Copper

46:44

Lec-01 | Introduction Of Solution | Properties of Solution