24:33

part 2 ( important compounds of transition elements)

07:44

Part 1 ( some important compounds of transition metal ) D& f block elements

18:18

Isomerism in coordination Compounds and chelate effect

42:23

lecture 03 [ aldehyde , ketone & carboxyllic acid ]

31:32

Equilibrium ( lecture 04)

24:46

equilibrium [ lecture 03]

37:36

lecture 02 ( aldehyde and ketone)

39:09

equilibrium [lecture 02]

25:02

Aldehyde ,ketone & carboxyillic acid.[lecture 01]

28:19

equilibrium

39:03

preparation of ethers and it's reactions

15:46

Thermodynamics ( lecture 05)

41:58

thermodynamics ( lecture 04)

35:22

reactions of phenol

52:55

thermodynamics( lecture 03)

49:58

reactions of alcohol

40:53

thermodynamics ( lecture 02)

26:39

preparation of phenol and physical properties

52:25

thermodynamics ( lecture 01)

48:15

classification and nomenclature of alcohols and ether

36:05

deviation from ideal behaviour , compressibility factor, surface tension , viscosity

29:40

electrophillic substitution reaction of haloarene

31:28

gas laws and ideal gas equation

36:43

reactions of haloalkane and haloarene

58:33

SN2 & SN1 reactions , optical activity , chirality

32:29

States of matter { intermolecular forces and thermal energy }

23:43

chapter 10 (haloalkane and haloarene)

47:32

spectrochemical series and CFSE in tetrahedral complex

47:32

MOT AND HYDRIGEN BONDING

45:42

Hybridization(sp, sp2, sp3, sp3d, sp3d2) , Molecular orbital theory

44:54

Valance bond theory and crystal field theory

50:30

valence bond theory

39:33

nomenclature of coordination compounds

50:55

VSEPR THEORY

48:37

Werner theory ( coordination compound )

43:40

bond enthalpy , bond order , resonance , dipole moment

24:45

lanthanoids and lanthanoid contraction

45:34

formal charge , limitations of octet rule , Bond parameters

45:59

lec 2 ( d & f block elements)

21:56

ch 4 ( class 11) lewis concept of chemical bonding

37:18

d & f block elements ( lec 1)

34:24

calculate log and Antilog in easiest way

01:05:13

periodic trends in properties of elements {atomic radius, IE, EGE, valence,Electronegativity}

27:24

properties of group 18 elemets

44:04

PROPERTIES OF GROUP 17 ELEMENTS

48:26

modern periodic table { general trends}

32:31

properties of group 16 elements

30:30

stability of half filled orbitals

35:30

manufacturing and properties of ( N2, NH3 , HNO3)

25:36

mendeleev's classification of elements

37:46

Pauli exclusion principle , hund's rule , stability of half filled and fully filled orbitals

27:50

hydrides of group 15 elements( p block)

34:37

all about energies of orbitals( ch 2 )

22:08

lecture 1 ( periodic classification of elements)

35:58

lecture 2 ( p block)

13:41

lecture 1 ( p block)

47:29

methods of coagulation and application of colloidal sol

42:07

properties of colloidal particles

40:41

quantum numbers and shape & orientation of the orbitals

46:47

chemical methods for the preparation of colloidal sol , purification of colloidal solutionll