Coordination Co...

Which of the following compounds would exhibit co-ordination isomerism?

Several octahedral complexes are possible from combinations of $$Co^{3+}, Cl^{-}$$ and $$NH_{3}$$. Primary valence do not have chloride ion. The correct statement(s) regarding the octahedral coordination entities having the formula .$$[Co(NH_{3})_{n}Cl_{6 - n}]^{(n - 3)+}$$ with $$n\geq 3$$, is/ are_____________.

Which among the following forms octahedral complex?

Compound $$[Co{(CN)}_{2}{(en)}_{2}]Cl$$ can show:

Which of the following will give maximum number of isomer?

Indicate the types of isomerism exhibited by the following complexes and draw the structures for these isomers:

If the value of C.F.S.E. for "Ni" is $$\Delta_0$$ then it is for Pd should  be ?

Which one of the following complexes has largest value of $$\Delta_{0}$$?

According to Werner's theory of coordination compounds:

What is the oxidation number of gold in the complex $$[AuCl_4]^{1-}$$?