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(a) state the reason for each of the fol...

(a) state the reason for each of the following situations: (i) `Co^(+2)` is easily oxidised to `Co^(+3)` in presence of a strong ligand.

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MODERN PUBLICATION-CO-ORDINATION COMPOUNDS-EXERCISE
  1. name the following complex using IUPAC norms: [Co(en)(2) (ONO)Cl]Cl

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  2. how many geometrical and optical isomers are possible for the complex ...

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  3. write the IUPAC name of the compound [ Cr(NCS) (NH(3))(5)] [ZnCl(4)]...

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  4. Write the formula of the following complexes: Dichlorobis(ethylenedi...

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  5. give an example of linkage isomerism.

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  6. Which of the following is more stable complex and why? [Co(NH(3))(6)...

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  7. what is coordination isomerism ? give an example.

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  8. Draw structural formula of two isomers of the complex ion [Co(NH(3))(5...

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  9. What is Werner’s coordination theory ?

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  10. Who provided experimental evidences in support of chemical evolution o...

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  11. Write various postulates and applications of valence bond theory in co...

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  12. Give main features of crystal field theory of coordination compounds i...

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  13. What is crystal field splitting among octahedral and tetrahedral cryst...

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  14. Describe limitations of crystal field theory.

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  15. Discuss various applications of coordination compounds.

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  16. With the help of valence bond theory, compare the magnetic behaviour o...

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  17. (b) Define crystal field splitting. discuss the splitting of d -orbita...

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  18. (a) state the reason for each of the following situations: (i) Co^(+2...

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  19. Give the name, stereochemistry and the magnetic behaviour of the follo...

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  20. How is the magnitude of ∆ in coordination complex affected by (i) natu...

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