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Explain the BF3 acts as an electrophil...

Explain the
`BF_3` acts as an electrophile.

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Explain the CH_3 NH_2 acts as a nucleophile.

Why does SO_(3) act as an electrophile ?

Assertion: - overset(*) (CH_3 ) acts as an electrophile. Reason :-The carbon atom in overset(*)(CH_3) is in a state of sp^2 hybridisation.

Which of the following can act as an electrophile?

Which of the following species does act as an electrophile ?

In cationic polymerizalion, the initiator is an electrophile that adds to the alkene, causing it to become a cation. The Initiator most often used in cationic polymerization is a lewis acid. Such as BF_(3) or AICI_(3) and in anionic polymerization, the iniliator is a nucleophile that reacts with the alkene to form a propagating site that is an anion. Which of the follówing represents anionic polymerisation?

BF_(3) is.

How many of the given species will behave as an electrophile? :C Cl_(2),NH_(3),overset(o+)(CH_(3)),overset(o+)(NH_(4)),overset(-)(CH_(3)),overset(-)(OH),BF_(3),AlCl_(3),overset(o+)(Br)

The species which acts as electrophile in the bromination of benzene is :

ICSE-ORGANIC CHEMISTRY : SOME BASIC PRINCIPLES AND TECHNIQUES -REVIEW EXERCISES
  1. Establish the structure of a hydrocarbon C5 H(10) from the following ...

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  2. A hydrocarbon (V.D. = 27) containing C = 88.88% decolourised KMnO4 sol...

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  3. An organic compound (A) having V.D. = 30 contains C = 60.0% and H= 13%...

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  4. An organic compound E (C5 H8) on hydrogenation gives compound F (C5 H(...

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  5. An aliphatic hydrocarbon (A) of molecular weight 58 yields on chlorina...

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  6. Arrange the following in the order as mentioned : (CH3)3 C-(CH3)2 CH...

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  7. Arrange the following in the order as mentioned : -CN, -CI, -OH, -NO2...

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  8. Arrange the following in the order as mentioned : overset(+ )CH3 CH3 ...

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  9. Arrange the following in the order as mentioned : 1^@ , 2^@ , 3^@ f...

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  10. What are the main points of difference between inductive and electrome...

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  11. Explain the l-effect leads to the development of partial charges ...

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  12. Explain the Hyperconjugation effect is also termed as 'no bond reso...

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  13. Explain the overset(* )CH3 is more reactive than CH3 CH2 free radic...

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  14. Explain the The carbanions are very reactive species although their...

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  15. Explain the BF3 acts as an electrophile.

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  16. Explain the CH3 NH2 acts as a nucleophile.

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  17. Why is in the presence of diethyl peroxide, the addition of HBr to pro...

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  18. Why is chloroacetic acid is a stronger acid as compared to acetic acid...

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  19. Explain the (CH3)3 C^(-) is less stable than bar(C) H3.

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  20. Explain the A singlet carbene has a bent structure.

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