01:45
Experient to study the effect of surface area on the rate of reaction.
03:16
Calculations for 0.1 N NaOH solution preparation.
06:49
Sudoku game
02:46
#Mole Concept #Formulas for calculating the number of moles
04:10
#Derive Michaelis Menten Equation
36:31
#Amide #Coupling #Reagents: #DCC, #EDCI, #HATU, and #BOP
29:23
#oxidisingagent #mCPBA, #DMP, #OsO4 and #KMnO4
35:11
#Oxidisingagent #Pyridinium chlorochromate #PCC, #Pyridinium Dichromate #PDC, #DTBP and #DBP
06:34
#Reducing #Reagents #Sodium Triacetoxyborohydride #STAB and #Sodium Cynoborohydride #NaBH3CN
09:30
#Reducing Reagent #DIBAL H #DIBALH,# DIBAL, #DIBAL-H or #DIBAH #Diisobutylaluminium hydride
20:32
#Lithium Aluminium Hydride- a #reducingagent #LiAlH4
07:52
#Kinetics of #First-order reaction and its #half life
05:49
#Reformatsky Reaction #Organic Reactions #Name Reactions #Chemistry
04:38
#Knoevenagel Condensation Reaction #Organic name Reaction
31:03
#Thermodynamic derivation of #law of chemical equilibrium
11:31
#Baeyer's Strain Theory #Chemistry
09:50
#Mitsunobu Reaction #Organic Name Reactions #Chemical Reactions
02:54
#Suzuki coupling #Name Reaction #Organic Reaction#
08:25
Kinetics of Zero order reaction
16:12
Kinetics of Acid catalysed Reaction
02:32
Calculations for N/10 N NaOH solution.
06:34
Reducing Reagents: STAB and Sodium Cynoborohydride
20:32
Reducing Reagent: LiAlH4
15:15
Reducing Reagent: NaBH4
36:04
Coloring system for various dosages form
39:56
Relation between colour and constitution; Theories of colour
08:23
Properties of colorants
12:24
Colorants and their application in pharmaceutical drugs
21:44
Polymers in Drug Delivery
20:31
Supermolecular chemistry introduction
19:34
Dendrimers
12:50
Cyclodextrin
16:38
Natural Polymers: some examples
10:54
Classification of polymers based on Tacticity and types of polymerization
06:38
Molecular masses of polymers
26:44
Polymers
13:07
DIAD/ DEAD
28:08
Diazomethane
38:43
NBS
06:26
Cholesterol
12:50
Antibiotics
20:22
Vitamins
29:15
Fatty acids
19:07
Geraniol, Pinene and Camphor
18:20
Steroids
21:55
Terpenes
06:53
Biogenesis of Flavonoids
07:40
Introduction to Flavonoids
15:40
Biogenesis of Lignans
18:03
Introduction to Lignans
11:10
Therapeutically important alkaloids
11:31
Baeyer's Strain Theory
25:06
Stereochemistry: Asymmetric Synthesis
05:20
Geometrical Isomerism: Syn-Anti system
53:01
Racemic mixture and Racemisation
17:46
Actinides: Electronic Configuration and properties
20:19
d- block elements: General properties of d block elements
09:23
d-block elements: Electronic Configuration (3d & 4d series)
06:58
Anomalous Behaviour of elements of 2nd period
09:17
Buffer capacity and Buffer Index
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