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Fluorine does not show variable oxidatio...

Fluorine does not show variable oxidation states while other members of the halogen family exhibit variable oxidation states. Why ?

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### Step-by-Step Solution: 1. **Understanding Oxidation States**: - Oxidation states refer to the degree of oxidation (loss of electrons) of an atom in a compound. Elements can exhibit different oxidation states based on their ability to lose or gain electrons. 2. **Fluorine's Position in the Halogen Family**: - Fluorine is the first element in the halogen group (Group 17) of the periodic table. It is the most electronegative element and has a strong tendency to gain an electron, resulting in an oxidation state of -1 in compounds. ...
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DINESH PUBLICATION-THE P-BLOCK ELEMENTS -Concept Based Questions
  1. Reducing character decreases from SO(2) " to " TeO(2). Explain.

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  2. Why is iodine more soluble in KI solution than in water ?

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  3. Iodine is liberated in the reaction between KI and CU^(2+) ions but ch...

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  4. Lithium fluroide (LiF) is mainly ionic but lithium iodide (LiI) is cov...

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  5. Interhalogen compounds are more reactive than halogens. Why ?

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  6. ClF(3) exists but FCl(3) does not. Why ?

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  7. Ferric iodide is very unstable but ferric chloride is stable. Explain.

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  8. HF is not stored in glass bottles but is kept in wax bottles. Assign r...

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  9. KHF(2) is a well known compound whereas KHCl(2) does not exist. Why ?

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  10. Fluorine does not show variable oxidation states while other members o...

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  11. Chlorine water has both oxidising as well as bleaching properties prop...

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  12. On addition of ozone gas to KI solution, violet vapours are obtained. ...

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  13. Despite having greater polarity, hydrogen fluoride boils at a lower te...

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  14. The conjugate base of HClO(4) is a weaker base than H(2)O. Explain.

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  15. The group of noble gas elements is called zero group. Why ?

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  16. Noble gas elements form compounds only with fluorine and oxygen. Expla...

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  17. Helium and neon do not form compounds with fluorine. Assign reason.

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  18. Why is neon used in illuminating warning signal. Why ?

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  19. Xenon does not form fluorides such as XeF(3) and XeF(5). Explain.

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  20. Structure of xenon fluorides cannot be explained by valence bond theor...

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