(Solved): Draw the major product of this aminolysis reaction. Ignore inorganic byproducts. Please include mech ...

Draw the major product of this aminolysis reaction. Ignore inorganic byproducts.

Please include mechanism, I think maybe one of them doesn't become an amine but I only have one attempt left so I want to be sure. Thank you!

excess \( \mathrm{NH}_{3} \) Please select a draw Your structure contains too many cyclic (ring) compounds. Reconsider the question description or reaction conditions presented and try again. Acid derivatives have varying abilities to react as electrophiles. Review the reagents and conditions provided to identify the nucleophilic additionelimination reaction that will occur. Keeping in mind the strength of the nucleophile as well as any proton transfers or tautomerizations that lead to the final product. Retry