Draw the major organic product obtained from the reaction of the following alkyl halide with benzoate. This image features a simple hand-drawn diagram on a lined paper background. The primary shape is a hexagon, representing a chemical structure, likely a benzene ring based on its common hexagonal representation. To the right of the hexagon, there is a line extending from the hexagon with a triangular shape at its end, resembling an arrow pointing downward. The triangular shape is shaded and labeled with the letter "I" underneath it. This could symbolize an iodine substitution, commonly represented as "I" in chemical diagrams.To the left of the hexagon, there are a series of three curved lines, suggesting movement or emission, possibly representing resonance or electronic effects related to the chemical structure.This diagram might be illustrating a simple concept in organic chemistry, where iodine is substituted onto a benzene ring, showcasing aromatic substitution.

The bimolecular nucleophilic substitution reaction is a concerted reaction that occurs in a single step. In this reaction, the addition of the nucleophile and the removal of the leaving group takes place simultaneously.In the given reaction the iodide ion is substituted by the benzoate to form an ester. In this reaction, benzoate acts as a nucleophile, and iodide ion acts as leaving group. The reaction is given by:The negatively charged oxygen of the benzoate substitutes the iodide ion from the backside attack.The major organic product of the reaction is as follows: