Consider a Michael addition, which is also known as a conjugate addition reaction. Identify the steps of the mechanism and lraw the major organic product. NaOCH3product A. Select the curved arrow(s) needed in the first step of B. Select the curved arrow(s) needed in the second step the mechanism. of the mechanism. An arrow starts from the bond between the carbonyl A curved arrow starts from the enolate and points to carbon and aldehyde hydrogen and points to the the carbon of the aldehyde. carbonyl carbon. A curved arrow starts from the enolate and points to An arrow starts from the bond between the carbon the carbonyl carbon of the aldehyde. and hydrogen and points to the carbon. A curved arrow starts from the bond in the An arrow starts from the hydroxide oxygen lone pair aldehyde and forms an enolate. and points to the aldehyde hydrogen. A curved arrow starts from the enolate and points to An arrow starts from the methoxide oxygen lone pair the carbon of the aldehyde. and points to an hydrogen on the ketone. C. What happens in step 3 of the mechanism? D. Draw the Michael addition product. Use the Groups menu to add the phenyl ring. protonation of an enolate formation of a new bond formation of another enolate