In this question, I am not quite sure what will be the major product in the reaction and on reacting methoxyethane attached to benzene ring with NO2-O(2-NO2methoxyethyl)benzene with $\ce{NO2-O-NO2}$ (N2O5$\ce{N2O5}$).I I know NO2$\ce{NO2}$ will act as electrophile and gets attached to Orthoortho or para.In In this will it be ortho position instead of para due to hydrogen bonding with CH2CH2OCH3$\ce{CH2CH2OCH3}$?
In this question I am not quite sure what will be the major product in the reaction and on reacting methoxyethane attached to benzene ring with NO2-O-NO2(N2O5).I know NO2 will act as electrophile and gets attached to Ortho or para.In this will it be ortho position instead of para due hydrogen bonding with CH2CH2OCH3?
In this question, I am not quite sure what will be the major product in the reaction and on reacting (2-methoxyethyl)benzene with $\ce{NO2-O-NO2}$ ($\ce{N2O5}$). I know $\ce{NO2}$ will act as electrophile and gets attached to ortho or para. In this will it be ortho position instead of para due to hydrogen bonding with $\ce{CH2CH2OCH3}$?
In this question I am not quite sure what will be the major product in the reaction and on reacting methoxyethane attached to benzene ring with NO2-O-NO2(N2O5).I know NO2 will act as electrophile anndand gets attached to either OrthodoxOrtho or para.In this will it be ortho position instead of para due hydrogen bonding with CH2CH2OCH3?
In this question I am not quite sure what will be the major product in the reaction and on reacting methoxyethane attached to benzene ring with NO2-O-NO2(N2O5).I know NO2 will act as electrophile annd gets attached to either Orthodox or para.In this will it be ortho position instead of para due hydrogen bonding with CH2CH2OCH3?
In this question I am not quite sure what will be the major product in the reaction and on reacting methoxyethane attached to benzene ring with NO2-O-NO2(N2O5).I know NO2 will act as electrophile and gets attached to Ortho or para.In this will it be ortho position instead of para due hydrogen bonding with CH2CH2OCH3?
