Arushi Anand

This course explains in detail all the concepts of coordination chemistry.

IIT-JAM 

Hindi

(Hindi) Coordination Chemistry : IIT JAM

Organometallic Reactions

Organic Chemistry

Chemistry

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Test Preparation

In this lesson i have discussed about the introduction to some bonding theories( VBT,CFT,LFT) and explained about the electroneutrality principle.

Introduction to Coordination Chemistry (in Hindi)

In this lesson I have discussed in detail about the werners theory and his conclusions.

Wener’s Theory (in Hindi)

In this lesson I have discussed about the hybridisation in octahedral complexes and when and how inner or outer orbital complexes are formed for different d configurations.

Hybridisation in Octahedral Complexes (in Hindi)

In this lesson i have discussed when tetrahedral or square planar complexes are formed and also what are conserted d systems and how hybridisation takes place in such systems.

Hybridisation in CNO=4 Complexes and Concerted d Systems (in Hindi)

In this lesson i have discussed about crystal field theory for octahedral complexes and also about the secondary interaction orbital diagram.

Crystal Field Theory (in Hindi)

In this lesson i have discussed about the relationship b/w CFSE of Oh, Td and cubic complexes and also the filling of electrons in octahedral and tedrahedral complexes.

Relationship b/w CFSE of octahedral,cubic and tetrahedral complexes

In this lesson I have discussed about the factors affecting crystal field energy and the spectrochemical series.

Factors affecting CFSE

This lesson has some examples to understand the concept of CFSE , weak and strong field ligands.

Some examples to understand the concept of field strength of ligands

In this lesson i have discussed about primary stabalisation ie crystal field splitting energy and formula used to calculate CFSE for octahedral and 
tetrahedral complexes.

Stabalisation of complexes

In this lesson I have discussed about the jahn tellar distortion and what is the cause of JTD.

Secondary stabalisation( Jahn Tellar distortion)

In this lesson I have discussed about the splitting of Zin and Zout complexes.

How JTD occurs(Jahn Teller Distortion)

In this lesson I have discussed about the cases when the complex shows Zin or Zout

Occurance of Zin and Zout

In this lesson I have discussed about some major examples of complexes showing JTD.

Some examples of complexes showing JTD

In this lesson I have discussed about extent of JTD and various applications of JTD such as kinetic reactivity, disproportionation of Au complexes, spilitting of square planar complexes.

Applications of JTD(jahn teller distortion)

In this lesson I have discussed about the variation in lattice and hydration energies of transition metal complexes.

Applications of CFSE(crystal field splitting energy)

In this lesson I have discussed about the trends in radii of ions of Transition metal complexes and oxidation of d7 metals complexes.

Applications of CFSE part 2

In this lesson I have disccused about the basics of spinels, normal case, perfect inverse and spinel parameter.

Determination of spinels

In this lesson I have discussed about 5 different cases of normal and inverse spinels in accordance with the crystal field splitting energy of metals involved in spinel.

Structure determination of spinels(part 2)

In this lesson I have discussed about microstates and how to calculate no. Of microstates and also discussed about states which is a collection of microstates.

Atomic spectra( states and microstates)

In this lesson I have discussed about how to calculate ground state term and ground state term symbol of different configurations.

Term and Term symbol

In this lesson I have discussed about how we determine the type of colour and the intensity of colour of the coordination complex.

Colour of coordination compounds

In this lesson I have discussed about the laporte and spin selection rules in detail.

Laporte and spin selection rules

In this lesson I have discussed about the different cases in which laporte selection and spin selection rule is allowed or forbidden and the formation of complexes on the basis of these rules. I have also given a brief introduction to charge transfer spectra.

Intensity table and charge transfer spectra

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.

Ligand Metal charge transfer(LMCT)

In this lesson I have discussed about metal ligand charge transfer, intervalence charge transfer and metal metal charge transfer. I have also discussed a tabular chart of different metal configurations showing different intensity of complexes.

MLCT, intervalence charge transfer and MMCT

CHEMISTRY EXPERT EDUCATOR 
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Alka Rani

In this course provide the topic wise omc and also discuss with questions

(Hindi) Organometallic Compounds with Home Assignments

Shikha Upadhyay

In this course, the educator discusses S Block - Group 1 Alkali Metals

S Block - Group 1 Alkali Metals for IITJAM

In this course, the educator is discussing Physical Properties of S - Block Alkaline Earth Metals For iit jam, iit jee,  neet, gate and csir-net

(Hindi) IIT-JAM (Chemistry-CY): S - Block Alkaline Earth Metals

Sanjay Kumar

In this lesson we will teach about organometalic compounds. This Course is beneficial for IIT-JAM (Chemistry-CY) aspirants.

(Hindi) Organometallic Compounds: IIT-JAM (Chemistry-CY)

 Ph.D Chemistry in Progress (P.U)  Qualified IIT GATE 2019.
Follow me for IIT JAM , CSIR NET& GATE Chemistry .love Teaching 😊

Priyanka 

It includes the most important topic bioinorganic chemistry for IIT JAM and CSIR NET exam . We will study the topic with question practice.

(Hindi) Bio-Inorganic Chemistry for IIT JAM and CSIR NET

Subhendu Nayak

Here we will discuss about - 

•Structure of compounds

Resonance hybrids

Stability factors

Acidic / Basic strength comparison

Reaction mechanism

Radical stability issues and cases

Some sort of isomerism IIT  & CSIR

Lessons

25 lessons • 1h 55m