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What do you understand by the term 'auto...

What do you understand by the term 'auto-protolysis' of water? What is its significance?

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Auto-protolysis (self-ionization) of water is a chemical reaction in which two water molecules react to produce a hydroxide ion `(OH^(–))` and a hydronium ion `(H_(3)O^(+))`.
The reaction involved can be represented as:
Auto-protolysis of water indicates its amphoteric nature i.e., its ability to act as an acid as well as a base.
The acid-base reaction can be written as:
The reaction between fluorine and water can be represented as:
This is an example of a redox reaction as water is getting oxidized to oxygen, while fluorine is being reduced to fluoride ion.
The oxidation numbers of various species can be represented as:
Fluorine is reduced from zero to (-1) oxidation state. A decrease in oxidation state indicates the reduction of fluorine.
Water is oxidized from (-2) to zero oxidation state. An increase in oxidation state indicates oxidation of water.
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NCERT-HYDROGEN-EXERCISE
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  2. Compare the stuctures of H(2)O and H(2)O(2).

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  3. What do you understand by the term 'auto-protolysis' of water? What is...

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  4. Consider the reacton of water with F(2) and suggest, in terms of oxida...

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  5. Complete the following chemical reactions. (i) PbS(s)+H(2)O(2)(aq) t...

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  6. Describe the structure of the common form of ice.

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  7. What causes the temporary and permanent hardness of water ?

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  8. Discuss the principle and method of softening of hard water by synthet...

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  9. Write chemical reactions to show the amphoteric nature of water.

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  10. Write chemical reactions to justifty that hydrogen peroxide can functi...

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  11. What is meant by 'demineralised water' and how it can be obtained?

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  12. Is demineralised or distilled water useful for drinking purpose? If no...

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  13. Describe the usefulness of water in bioshphere and biological systems.

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  14. What properties of water make it useful as a solvent? What types of co...

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  15. Knowing the properties of H(2)O and D(2)O, do you think that D(2)O can...

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  16. What is the difference between hydrolysis and hydration?

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  17. How can saline hydrides remove traces of water from organic compouds?

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  18. What do you expect the nature of hydrides is, it formed by elements of...

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  19. Do you expect different products in solution when aluminium (III) chlo...

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  20. How does H(2)O(2) behave as a bleaching agent?

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