Base strength is in the order of
`(i) CH_(3)barCH_(2)" "(ii) H_(2)C=overset(Ө)CH and " "(iii) H-C-=C^(Ө)`

Consider the following carbanions (i) CH_(3)- overset(Ө)CH_(2)" "(ii) CH_(2) = overset(Ө)CH" "(iii) CH -= overset(Ө)C Correct order of stabilityof these carboanions in decreasing order is

Consider the following carbanions (i) CH_(3)- overset(Ө)CH_(2)" "(ii) CH_(2) = overset(Ө)CH" "(iii) CH -= overset(Ө)C Correct order of stability of these carbanions in decreasing order is

Base strength of the following (i) H_(3)C CH_(2)^(-) , (ii) H_(2)C=CH^(-) (iii) HC-=C^(-)

The stability of given free radicals in decreasing order is (i) CH_(3)-overset(.)(C)H_(2) , (ii) CH_(3)-Coverset(.)(H)-CH_(3) (iii) CH_(3)-underset(CH_(3))underset(|)overset(.)(C)-CH_(3) , (iv) overset(.)(C)H_(3)

The stability of given free radicals in decreasing order is (i) CH_(3)-overset(.)(C)H_(2) (ii) CH_(3)-Coverset(.)(H)-CH_(3) (iii) CH_(3)-underset(CH_(3))underset(|)overset(.)(C)-CH_(3) (iv) overset(.)(C)H_(3)

Give the stability order of following radicals: (I) CH_(3)-overset(*)(C )H_(2) (II) CH_(3)-overset(*)(C )H-CH_(3) (III) CH_(2)=CH-overset(*)(C )H-CH_(3) (IV)

Which order is correct regarding stability of intermediates (I). CH_(2)=CH-overset(o+)(C)H_(2) (II). CH_(2)=overset(o+)(C)H (III). CH-=overset(o+)(C)

Arrange nucleophilicity of given species in decreasing order: (1) CH_(3)-overset(ө)CH_(2) (2) CH_(3)-overset(ө)O (3) overset(ө)NH_(2) (4) overset(ө)F