91112
Aryl halides doesn't undergo nucleophilic substitution reactions under ordinary conditions because of
1.approach of nucleophile is retarded
2.carbon carrying halogen atoms is $\mathbf{s p}^{3}$ hybridised
3.the substrate molecule is destabilized due to resonance
4.Partial double bond character between carbon and halogen
91112
Aryl halides doesn't undergo nucleophilic substitution reactions under ordinary conditions because of
1.approach of nucleophile is retarded
2.carbon carrying halogen atoms is $\mathbf{s p}^{3}$ hybridised
3.the substrate molecule is destabilized due to resonance
4.Partial double bond character between carbon and halogen
91112
Aryl halides doesn't undergo nucleophilic substitution reactions under ordinary conditions because of
1.approach of nucleophile is retarded
2.carbon carrying halogen atoms is $\mathbf{s p}^{3}$ hybridised
3.the substrate molecule is destabilized due to resonance
4.Partial double bond character between carbon and halogen
91112
Aryl halides doesn't undergo nucleophilic substitution reactions under ordinary conditions because of
1.approach of nucleophile is retarded
2.carbon carrying halogen atoms is $\mathbf{s p}^{3}$ hybridised
3.the substrate molecule is destabilized due to resonance
4.Partial double bond character between carbon and halogen