Show the curved-arrow notation and the product (including all unshared valence electrons and formal charges, if any) for the Lewis acid-base association reaction of the two species. (Aluminum is in group 3A of the periodic table, beneath boron.) Then identify and label the nucleophile in the reaction.

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Q1: Complete the reaction and draw the curved-arrow
Q3: Give the products of the electron-pair displacement
Q4: Draw curved arrows and give the products
Q5: Consider this Brønsted acid-base equilibrium:

Q6: Using curved arrows, show how each resonance
Q7: Consider the Brønsted acid-base reaction:

Q8: Determine the standard free-energy change of a
Q9: Complete the electron-pair displacement reaction by showing
Q10: Aspirin has the structure on the left
Q11: In this acid-base equilibrium, the pKa
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