In presence of sulfuric acid,
firs the aniline molecule (amine group has +R-effect) converted to
aniliniumhydrogensulphate salt. Due to the formation of this
aromatic nucleus become electron deficient that is ammonium salt
acts as a electron withdrawing group(-R effect) and destabilise the
attack at para position due to same charge repulsion.
1. Molecule A is a primary amine that was subjected to Hofmann Elimination conditions to produce...
Molecule A is a primary amine that was subjected to Hofmann Elimination conditions to produce an alkene. The alkene was then subjected to ozonolysis to produce pentanal and hexanal. Draw the structure of molecule A. No partial credit will be given for this question. 1. 2. Provide a detailed explanation for the observation below. Use drawing and words in your explanation. No partial credit will be given for this question. NH2 NH2 H2SO4 So3 soH
1. Molecule A is a primary amine that was subjected to Hofmann Elimination conditions to produce an alkene. The alkene was then subjected to ozonolysis to produce pentanal and hexanal. Draw the structure of molecule A. No partial credit will be given for this question. 2. Provide a detailed explanation for the observation below. Use drawing and words in your explanation. No partial credit will be given for this question. NH H2SO4 SO3 SO,H
2. Provide a detailed explanation for the observation below. Use drawing and words in your explanation. No partial credit will be given for this question. NH2 NH2 H2SO4 so3 sogH
2. Provide a detailed explanation for the observation below. Use drawing and words in your explanation. No partial credit will be given for this question. NH2 6 months a SOH