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Statement-I: Iodination of akanes is car...

Statement-I: Iodination of akanes is carried out by heat in presence of readucing agent.
Because Statement-II: Iodination of alkanes takeplace explosively.

A

Statement-I is True, Statement-II is True, Statement-II is a correct explanation for Statement-I

B

Statement-I is True, Statement-II is True, Statement-II is NOT a correct explanation for Statement-I

C

Statement-I is True, Statement-II is False.

D

Statement-I is False, Statement-II is True.

Text Solution

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The correct Answer is:
D
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ALLEN-ALKYL AND ARYL HALIDE-EXERCISE
  1. Match the following.

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  2. Math the following.

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  3. Statement-I: Iodination of akanes is carried out by heat in presence o...

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  4. Statement-I: Chloropropane has higher boiling point than chloroethane....

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  5. Statement-I: Polar solvent slows down S(N^(2)) reaction. Because Sta...

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  6. Statement-I:Primay benzylic halides are more reactive than primary alk...

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  7. Statement-I: Vinylic halides are reactive towards nucleophilic substit...

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  8. Statement-I: Aryl halidea undergo electrophilic substitution less radi...

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  9. Statement-I: Optically active 2-idoibutane on treatment with NaI in ac...

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  10. Statement-I: Free radical chlorination of n-butane gives 72% of 2-chlo...

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  11. Statement-I: Nucleophilic substitution reaction on an optically active...

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  12. Statement-I: Boiling point of alkyl halide increases with increases in...

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  13. An organic compound A has molecular formula C(10)H(17)Br and it is non...

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  14. An organic compound A has molecular formula C(10)H(17)Br and it is non...

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  15. An organic compound A has molecular formula C(10)H(17)Br and it is non...

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  16. An organic compound A has molecular formula C(10)H(17)Br and it is non...

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  17. Nucleophilic substitution reactions generally expressed as Nu^(-) +R...

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  18. Nucleophilic substitution reactions generally expressed as Nu^(-) +R...

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  19. Nucleophilic substitution reactions generally expressed as Nu^(-) +R...

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  20. Nucleophilic substitution reactions generally expressed as Nu^(-) +R...

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