Question

Draw the organic product of the following reaction, then copy the smiles code generated into the answer box. Be sure to include stereochemistry; recall that clicking the wedge wedge tool a second time turns it into a hash.

Answer 1

The student is asked to draw the organic product of a reaction and determine its configuration (R or S) at a chiral center.

Step-by-step explanation:

Answer:

The question asks to draw the organic product of a reaction and provide the corresponding SMILES code with stereochemistry. In this case, the product has a chiral center, and the student is asked to determine its configuration (R or S).

To determine the configuration, we need to assign priorities to the groups attached to the chiral center. The atomic number of the atoms attached to the chiral center can be used to assign priorities. In this case, -Br has a higher atomic number than -NH₂, so it gets priority #1.

The next step is to swap the group away from the viewer (hashed wedge) with the group already at the hashed wedge, which is -H in this case. Finally, we draw an arrow from #1 to #2 to #3. Since the arrow is counterclockwise, the configuration is R.