For the Electrophilic Aromatic Substitution lab you performed an iodination reaction on salicylamide to illustrate directing effects of substituents. What is the directing effects of the substituents of your starting compound that resulted in the placement of the lodo group ? O -(C-OJNH, is an electron withdrawing group and -OH is an electron donating group. lodination will happen meta to the -OH group as the major product. O -(C=O)NH2 is an electron withdrawing group and -OH is an electron donating group. lodination will happen meta to the -(C=O)NH2 group as the major product. O -(C=O)NH2 is an electron withdrawing group and -OH is an electron donating group. lodination will happen para to the -(C-O)NH2 group as the major product. O (C=O)NH2 is an electron withdrawing group and -OH is an electron donating group. lodination will happen para to the -OH group as the major product.

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For the Electrophilic Aromatic Substitution lab you performed an iodination reaction on salicylamide to
illustrate directing effects of substituents.
What is the directing effects of the substituents of your starting compound that resulted in the
placement of the lodo group ?
O (C-O)NH, is an electron withdrawing group and -OH is an electron donating group. lodination will happen meta
to the -OH group as the major product.
O -(C=O)NH2 is an electron withdrawing group and -OH is an electron donating group. lodination will happen meta
to the -(C=O)NH2 group as the major product.
O -(C=O)NH2 is an electron withdrawing group and -OH is an electron donating group. lodination will happen para
to the -(C=O)NH2 group as the major product.
O (C=O)NH2 is an electron withdrawing group and -OH is an electron donating group. lodination will happen para
to the -OH group as the major product.
Transcribed Image Text:For the Electrophilic Aromatic Substitution lab you performed an iodination reaction on salicylamide to illustrate directing effects of substituents. What is the directing effects of the substituents of your starting compound that resulted in the placement of the lodo group ? O (C-O)NH, is an electron withdrawing group and -OH is an electron donating group. lodination will happen meta to the -OH group as the major product. O -(C=O)NH2 is an electron withdrawing group and -OH is an electron donating group. lodination will happen meta to the -(C=O)NH2 group as the major product. O -(C=O)NH2 is an electron withdrawing group and -OH is an electron donating group. lodination will happen para to the -(C=O)NH2 group as the major product. O (C=O)NH2 is an electron withdrawing group and -OH is an electron donating group. lodination will happen para to the -OH group as the major product.
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