22:12

Ch#14 |Lec#3 | Binding Energy of transition elements , Electronic configuration of 3d Series

15:56

Ch#14 ||Lec#2 | Typical and Non Typical Transition Elements, General Features of Transition elements

25:15

Ch#14 d and f Block Elements |Lec#1 || Transition Elements |Series of transition elements, Zn group

17:27

Ch#20 ||Lec#5 ||Exercise ||Class 12 Organic Chemistry

23:00

Ch#20 |Lec#4 |Reactions Of Acid anhydrides, Esters, Amides and Nitriles Class 12 Organic Chemistry

29:34

Ch#20 |Lec#3 ||Reactions involving COOH as a whole, Reactions of Acid halides Class 12

34:43

Ch#20 ||Lec#2 | REACTIVITY AND REACTIONS OF CARBOXYLIC ACIDS CLASS 12

28:26

Ch#20 | Lec#1 | Carboxylic Acids and Functional Derivatives, methods of preparation, Physical prop

05:27

Ch#19 ||Lec 11|| Exercise Class 12

32:18

Ch#19 |Lec#10 |Oxidation of Aldehydes and ketones, Fehling solution, Benedict solution, Tollens test

25:54

Ch#19 |Lec#9 || Reduction Reactions of Aldehydes and ketones, Clemensen and wolfkishner reduction

31:43

Ch#19 |Lec#8 || Reactions Of Ammonia Derivatives, Hydroxyl Amine, hydrazine, phenyl hydrazine,

25:23

Ch#19 |Lec#7 || General mechanism of Acid Catalysed , Polymerization of Aldehydes, Acetal Class 12

31:15

Ch#19 |Lec#6 || Haloform Reaction | Iodoform Test Class 12,Organic Chemistry

19:20

Ch#19 |Lec#5 | Cannizzaro Reactions, Disproportionation reaction, Mechanism, Class 12,organic

23:49

Ch#19 |Lec#4|| AIdol Condensation and Types,, mechanism Condensation Reactions Class 12

13:11

Ch#19 |Lec#3|Addition Of sodium bisulphite(NaHSO3) Class12

29:42

Ch#19 |Lec#2 | Reactivity and Reactions Of Aldehydes And ketones, Nucleophilic addition Reactions

30:28

Ch#19(Aldehydes and ketones) Lec#1 ||Preparation Of Aldehydes And ketones Class12 Organic Chemistry

24:33

Ch#18 ||Lec#8 |Preparation Of Ethers, Reactions Of Ethers, Physical properties

32:07

Ch#18 ||Lec#7 |Reactions Of Phenol, due to Benzene ring, due to OH group, #Class 12

24:06

Ch#18 |Lec#6 | Preparations Of Phenol, Reactivity Of phenol Class 12 Organic Chemistry

27:28

Ch#18||Lec#5 | Acidity of Phenol Comparisonof Acidity of phenol, alcohols and Carboxylic acid

29:56

Ch#18 |Lec#4 | Reactions in which O-H bond is Broken, Oxidation of Alcohols and diols, Thiols,

26:45

Ch#18 |Lec#3 |Reactions Of Alcohols, Reactions in which C-O bond is broken, Lucas test

11:28

Ch#18 |Lec#2 |Reactivity Of Alcohols Class 12

37:54

Ch#18 | Lec#1 |Preparations Of Alcohols, Physical properties, Acidity, Alcohols, phenol and Ethers

18:35

Ch#17 |Lec#9 |Exercise |Class 12

30:00

Ch#17 |Lec#8 | Basicity Of Amines +Reactions Of Amines, diazonium salt Class12

29:51

Ch#17 |Lec#7 |Preparation Of Amines, Physical properties, Reactivity, Class 12

31:44

Ch#17||Lec#6 |Grignard reagent, Organo metallic Compounds, Reactions & reactivity, preparation

19:24

Ch#17 |Lec#5 | substitution Versus Elimination Reactions Of Alkyl Halides + Factors,

24:03

Ch#17 |Lec#4 | E1 and E2 Reactions and mechanism, Elimination Reactions and types

28:42

Ch#17 |Lec#3 | SN1 and SN2 Reactions & mechanism, Nucleophilic substitution Reactions

34:40

Ch#17|Lec#2|Stability of Carbocations, Nucleophile, Electrophile, substrate, Leaving group, class12

23:37

Ch#17 | Lec#1 |Preparation Of Alkyl Halides, Reactivity Of Alkyl Halides, Physical properties,

20:19

Ch#16||Lec#19 | Exercise (Complete)

29:06

Ch#16 |Lec#18| Ortho-Para directing Groups And Meta directing Groups, subtituent effect

16:17

Ch#16 |Lec#17|Friedel Craft Alkylation and Acylation|Class12 Chemistry

38:15

Ch#16||Lec#16 |Electrophilic Aromatic Substitution Reactions Of Benzene |#Class12 Chemistry

30:55

Ch#16||Lec#15 | Addition & Oxidation Reactions of Benzene | #Class12 Chemistry

30:33

Ch#16 |Lec#14|| Resonance, Resonance energy and Stabilization, |Class 12 Chemistry

35:40

Ch#16||Lec#13|Structure of Benzene&Molecular Orbital treatment of Benzene, Draw Backs of kekul str

32:34

Ch#16||Lec#12 | Addition Reactions Of Alkynes|@chemistrybyprof.javediqbal

31:37

Ch#16||Lec#11|Acidity of terminal Alkynes,Substitution Reactions of terminal Alkynes, uses Alkynides

27:21

Ch#16 |Lec#10|| Preparation Of Alkynes, Relative Stability, Physical properties, Reactivity |Class12

35:04

Ch#16 |Lec#9 |Reactions Of Alkenes, Halohydration, Epoxidation, Ozonolysis, Polymerization|Class 12

36:18

Ch#16|Lec#8|Reactions Of Alkenes, Hydrogenation, hydro Halogenation, hydration, Halogenation,

32:10

Ch#16 ||Lec#7 |Preparation of Alkenes, dehydration of Alcohol, dehydrohalogenation of Alkyl Halides,

35:13

Ch#16 |Lec#6||Optical Isomerism |Chiral Carbon,plane of symmetry, optical activity, polarimeter

35:13

Lec#23 |ch#13|| Group7 Elements(Halogens) Acidity, Oxidizing agents, Reducing agents, Bond Enthalpy

22:56

Lec#22 | Acid - Base Behaviour of Oxides of 4 Group elements | Carbon monoxide, Carbon dioxide,

23:07

Lec#21 | Oxides Of 4 Group elements | Structure of Carbon dioxide and silicon dioxide |ch#13|Class12

18:20

Lec#20 |Chlorides Of Carbon, Silicone and Lead, Hydrolysis Of tetra halides |Ch #13 |Class 12 Chem |

31:15

Lec#19 | Inert Pair Effect | Fajan Rule | Ch#13 |Class 12 |Important topic

16:23

Lec#18 | Carbon Family (iv Group elements) m. p and b.p, Trends from Metals to non metals,oxi state

27:52

Lec#17 || How Beryllium differ from Other Members of its Group

19:33

Lec#16|Thermal Stability Of Carbonates& Nitrates of Alkaline Earth Metals (iiA group)Ch#13|Class12

22:59

Lec#15 | Solubility Of Hydroxide, sulphates and Carbonates|Ch#13 |Class 12 | Trends

18:28

Lec#14 || Reactions Of Alkaline Earth Metals With Water, Oxygen, Nitrogen | Ch#13 |Class 12