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'Stability of carbocations depends upon ...

'Stability of carbocations depends upon the electron releasing inductive effect of groups adjacent to positively charged atom involvement of neighbouring groups in hyperconjugation and resonace''.
Draw the possible resonance structures for `CH_(3) - underset(..)overset(..)(O) - overset(+)(C) H_(2)` and predict which of the structures is more stable. Give reason for your answer.

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To solve the problem regarding the stability of the carbocation in the compound \( CH_3OCH_2^+ \), we will follow these steps: ### Step 1: Draw the Structure of the Given Compound The compound can be represented as follows: - The structure is \( CH_3OCH_2^+ \), where the \( O \) (oxygen) has two lone pairs and the \( CH_2 \) group has a positive charge. ### Step 2: Identify Possible Resonance Structures 1. **First Resonance Structure**: The original structure is: ...
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Draw the possible resonance for CH_(3)- underset(..)overset(..)(O)-overset(+)(C)H_(2) and predict which of the structures is more stable. Give reason for your answer.

'Stability of carbocations depends upon the electron releasing inductive effect of groups adjacent to positively charged atom involvement of neighbouring groups in hyperconjugation and resonace''. Which of the following ions is more stable ? Use resonance of explain your answer.

'Stability of carbocations depends upon the electron releasing inductive effect of groups adjacent to positively charged atom involvement of neighbouring groups in hyperconjugation and resonace''. Write structure of various carbocations that can be obtained from 2-methylbutane. Arrange these carbocations in order of increasing stability

'Stability of carbocations depends upon the electron releasing inductive effect of groups adjacent to positively charged atom involvement of neighbouring groups in hyperconjugation and resonace''. The structure of triphenylmethyl cation is given below. This is very stable and some of its salts can be stored for months. Explain the cause of high stability of this cation

Draw the resonance structures of the following compounds. (a) CH_(2) = CH - underset(..)overset(..)(Cl): (b) CH_(2) = CH - CH = CH_(2) (c) CH_(2) = CH - underset(H)underset(|)(C) = O

Assertion: - 3^@ carbocations are more stable than 1^@ and 2^@ carbocations. Reason :- The+I effect of alkyl groups decreases the magnitude of positive charge to the maximum possible extent in a 3^@ carbocation

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Which of the following is expected to generate more stable carbocation on the heterolysis of C-I bond? CH_(3)-O-CH_(2)-I, CH_(3)-overset(H)overset(|)(N)-CH_(2)-I

Resonance structures of propenal are given below. Which of these resonating structures is more stable ? Give reason for your answer. CH_(2)=underset("I")(CH-CH)=O harr underset("II")(overset(o+)(CH)_(2)-CH=CH-overset(Theta)(O))

Statement-1: CH_(3)CH_(2)overset(o+)(CH_(2)) is less stable than CH_(3)-underset(H)underset(|)(N)-overset(o+)(CH_(2)) and Statement-2: Carbocation with adjacent hetero-atom like N O are less stable .

NCERT EXEMPLAR ENGLISH-ORGANIC CHEMISTRY : SOME BASIC PRINCIPLES AND TECHNIQUES-Short Answer type question
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  9. 'Stability of carbocations depends upon the electron releasing inducti...

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  18. Resonance structures of propenal are given below. Which of these reson...

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