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Determination of spinels
Lesson 17 of 25 • 6 upvotes • 9:55mins
Arushi Anand
In this lesson I have disccused about the basics of spinels, normal case, perfect inverse and spinel parameter.
(Hindi) Coordination Chemistry : IIT JAM
25 lessons • 4h 19m
1
Introduction to Coordination Chemistry (in Hindi)
12:04mins
2
Wener’s Theory (in Hindi)
9:23mins
3
Hybridisation in Octahedral Complexes (in Hindi)
10:48mins
4
Hybridisation in CNO=4 Complexes and Concerted d Systems (in Hindi)
11:08mins
5
Crystal Field Theory (in Hindi)
10:04mins
6
Relationship b/w CFSE of octahedral,cubic and tetrahedral complexes
11:25mins
7
Factors affecting CFSE
10:09mins
8
Some examples to understand the concept of field strength of ligands
10:22mins
9
Stabalisation of complexes
11:13mins
10
Secondary stabalisation( Jahn Tellar distortion)
11:16mins
11
How JTD occurs(Jahn Teller Distortion)
8:52mins
12
Occurance of Zin and Zout
8:08mins
13
Some examples of complexes showing JTD
8:03mins
14
Applications of JTD(jahn teller distortion)
11:42mins
15
Applications of CFSE(crystal field splitting energy)
12:21mins
16
Applications of CFSE part 2
8:41mins
17
Determination of spinels
9:55mins
18
Structure determination of spinels(part 2)
10:40mins
19
Atomic spectra( states and microstates)
9:50mins
20
Term and Term symbol
14:08mins
21
Colour of coordination compounds
8:45mins
22
Laporte and spin selection rules
10:36mins
23
Intensity table and charge transfer spectra
9:25mins
24
Ligand Metal charge transfer(LMCT)
9:05mins
25
MLCT, intervalence charge transfer and MMCT
11:19mins
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