13:50

lect. . Hyperconjugation effect. No Bond Resonance. Baker-Nathan effect. structure and Bonding

06:08

lect 12. field effect. structure and bonding. organic chemistry. B.Sc. jam gate net.

10:30

LECTURE 11. APPLICATION OF ELECTROMERIC EFFECT. STRUCTURE & BONDING

12:02

lect 9. second part APPLICATION OF INDUCTIVE EFFECT STRUCTURE & BONDING.

16:03

lect 8. first part APPLICATION OF INDUCTIVE EFFECT. STRUCTURE & BONDING.

05:35

lecture 6. 2nd part Results. Application. & Consequences of Resonance Effect. STRUCTURE & BONDING

23:46

lecture 5. ist part Results. Application. & Consequences of Resonance Effect. STRUCTURE & BONDING

04:49

Acidic nature of phenol. explaination by resonance or mechanism

13:52

lect.10. ELECTROMERIC EFFECT +E. -E. STRUCTURE & BONDING. B.SC. M.SC. NET GATE JAM

20:41

LECT 7 . INDUCTIVE EFFECT & ITS TYPE. +I. -I. STRUCTURE & BONDING. B.Sc. M.Sc. NET GATE JAM

09:09

lect. STRUCTURE & BONDING DIFFERENCE BETWEEN INDUCTIVE EFFECT & ELECTROMERIC EFFECT.JAM GATE NET

07:37

lecture 2. STRUCTURE & BONDING. ELECTRONIC DISPLACEMENT OF COVALENT BOND

17:35

lect 4.STRUCTURE AND BONDING. 2nd part. condition of resonance and its type. +R/M and -R/M EFFECT

14:42

lect 3. STRUCTURE AND BONDING. 1st part resonance/ mesomerism. resonance energy. B.Sc. M.Sc. inter

20:43

Lect 1. structure and bonding. bond. length & energy and its governing factor. B.Sc first year

24:19

thermodynamic derivation of depression in freezing point solution

12:36

lect 2. what is phase? phase equilibrium. rule

13:28

lecture 1. phase rule. equilibrium. introduction.

05:55

Nernst or nearst distribution law. chemistry. B.sc. Msc. NET GATE IIT JAM.solution

14:34

chemical potential. and its significance in solution phase. and its variation withTemp and pressure

07:20

lecture 4. dpph assay structure drawing on chemdraw

30:16

26 Thermodynamic derivation of osmotic pressure & relation of relative lowering of vapour pressure

09:45

lecture 25. thermodynamic derivation of nernst distrbution law

05:12

lecture 24.Thermodynamics of ideal solution. revision. crash course in one shot. solution m.sc. b.sc

09:47

lect 23. 3rd part. change in entropy of mixing of ideal solution. thermodynamics of ideal solution

15:15

lect 22. 2nd part volume and enthalpy change of mixing. thermodynamics of ideal solution

15:04

lecture 21 ist part. Thermodynamics of ideal solution. Change in free energy of mixing. Delta G mix

11:53

lec20. Activity of component in ideal solution. chemistry. B.Sc. M.Sc IIT JAM GATE NET SOLUTION.

10:06

lect 19. 2nd part. various type of partial molar properties. chemistry. solution. UG PG. NET GATE

27:37

lecture 18 Ist part. Derivation of Partial Molar Properties of solution. chemistry. faru chemistry

14:54

lect 17. Relation between molarity. density and molality. M. m. solution chemistry

09:03

kect 16. Relation between Molarity, Density, Mole Fraction. Chemistry. Solution. chapter

08:04

lect 15 VAPOUR PRESSURE LOWERING MEASUREMENT. BY STATIC METHOD

15:22

CROSS ALDOL CONDENSATION. B.Sc. IIT-JAM. BHU. UPSC PCS SPECIAL PAPER MAINS.

29:06

ALDOL CONDENSATION. B.Sc level. Organic chemistry. chemical science #aldol #condensation

13:14

stereochemistry R S configuratiun.

27:52

lecture 13 GIBBS DUHEM RELATION. EQUATION. m.sc chemistry

33:18

lec14 Thermodynamic Derivation . Relation of Molecular Weight of solute & Elevation in Boiling Point

12:43

lect 12 Hartley and Berkely Method for osmotic pressure determination. solution. chemistry

02:19

collison diameter .

15:40

buffer solution

10:02

solubility product constant. chemical equilibrium. iit jee. B.sc. iitjam

06:43

common ion effect. iit jee b.sc. csir net

09:12

lect 8 morse fraser method for determination of osmotic pressure

33:09

lec 6 solution. chemistry. Thermodynamic derivation of calculation of equation of osmotic pressure.

08:10

lect -5. Solution. Determination of molar mass of solute from relative lowering of vapour pressure

34:04

lecture 4. Thermodynamic Derivation of Relative Lowering of Vapour Pressure.

25:03

lecture 3 solution

14:22

lecture 2. Solution chemistry. imporant terms used to show the concentration of binary solution.

17:21

lect-1. SOLUTION. INTRODUCTION

11:42

standard cell. weston stsndard cell. electrochemistry

31:53

lect 7. Thermodynamic Derivation of Relative Lowering of Vapour Pressure.

24:11

deviation of real gas from ideal behaviour

12:49

lecture 10 derivation of elevation in boiling point temperature

04:44

lect 11. boyle's van't hoff . charle's van't hoff law

23:12

lecture 9. Elevation in boiling point temperature of solution. ideal solution

29:57

Derivation of Clapeyron equation. phase rule. chemical equilibrium.

35:09

Thermodynamic Derivation of Law of Mass Action. with all necessary point.

15:59

Clausius-Clapeyron equation Derivation. integrated form of clapeyron equation

10:24

lect-1. Nernst Heat Theorem. (Forerunner of Third Law). Thermodynamics-III. 3