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Ligand Metal charge transfer(LMCT)
Lesson 24 of 25 • 6 upvotes • 9:05mins
Arushi Anand
In this lesson I have discussed in detail about the ligand metal charge transfer spectra ie what is LMCT, how the transition takes place and the dependence of intensity on energy and oxidation state of metal.
(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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