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How is the variability in oxidation stat...

How is the variability in oxidation states fo transition metals different from that of the non transition metaals?
Illustrate with examples.

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The Variability in oxidation state of transition matals is due to the incomplete filling of d-orbitals in such a way that their oxidation state differ from each other by unity e.g.,`Fe^(2+)` and `Fe^(2+)` and `Fe^(3+)` , Cu^(+) and `Cu^(2+)` etc. In case of non-transition elements. the oxidation states differ by units of two e.g., `Pb^(2+)` and `Pb^(4+)` , `Sn^(2+)` and `Sn^(4+)` etc. Moreover, in transition elements , the higher oxidation state are more stable for heavier elements in a group. In p-block elements , the lower oxidation state are more stable for heavier members due to inert pair effect, e.g in group- `16`,`Pb`(II) is more stable than `Pb(Pb)`.
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RESONANCE-D BLOCK ELEMENTS-EXERCISE-3 PART-III
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  2. Why is +2 oxidation state of mmanganese quite stable while the same is...

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  3. How is the variability in oxidation states fo transition metals differ...

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  4. Write the electronic configuration of the element with atomic number 1...

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  5. (a) Describe the general trends in the following properties of the fir...

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  6. How would you account for the fact that the transition metals and thei...

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  7. Assign reasons for the following : (i) The enthalpies of atomisatio...

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  8. How would you account for the fact that actinoids exhibit a larger num...

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  9. (a) Complete the following chemical reaction equation :(i)MnO(4(aq))^(...

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  10. Explain the following observation: (i) Generally there is an increas...

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  11. How would you account for the following? (i) The atomic radii of the...

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  12. Explain the following cases giving appropriate reason: (i) Nickel do...

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  13. (a) Complete the following chemical equation: (i) Cr(2)O(7)^(2-)(aq)...

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  14. How would you account for the following? (i) The atomic radii of the...

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  15. Explain the following observation: (i) Transiton elements generally ...

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  17. How would you account for the following: (i) Cr^(2+) is reducing in ...

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  20. Complete the following chemical equation: (i) MnO(4)^(-)(aq)+s(2)O(3...

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