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Why are haloarenes more stable than halo...

Why are haloarenes more stable than haloalkanes andundergo electrophilic substitution at ortho and para positions?

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ICSE-HALOALKANES AND HALOARENES -EXERCISE (PART - II DESCRIPTIVE QUESTIONS) (LONG ANSWER QUESTIONS)
  1. How is chlorobenzene prepared in the laboratory and on a large scale.

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  2. How chlorobenzene can be converted into benzene.

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  3. How can the following conversion be brought about? Chlorobenzene to...

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  4. How chlorobenzene can be converted into toluene.

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  5. How chlorobenzene can be converted into benzoic acid.

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  6. How chlorobenzene can be converted into diphenyl.

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  7. How will you distinguish between methanol and ethanol.

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  8. How will you distinguish between Chlorobenzene and n-propyl chloride.

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  9. How will you distinguish between Ethyl bromide and bromobenzene.

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  10. How will you distinguish between Chlorobenzene and benzyl chloride.

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  11. Haloarenas are less reactive than haloalkanes and haloalkenes. Explain...

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  12. Account for the Like chlorobenzene, vinyl chloride too has low reactiv...

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  13. Account for the Para-dichlorobenzene has low solubility in benzene as ...

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  14. Why are haloarenes more stable than haloalkanes andundergo electrophil...

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  15. How will you synthesise the following from ethyl chloride? Propionic...

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  16. Conversion of Ethyl chloride into n-Propylamine

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  17. How will you synthesise the following from ethyl chloride? n-Butane.

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  18. How is chlorobenzene prepared in the laboratory and on a large scale ?

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  19. Discuss the important physical and chemical properties of chlorobenzen...

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  20. Give the uses and physiologcal effects of dichloromethane, freon-12, D...

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