1. Overall Skeleton and Rings:
    - The molecule contains two separate benzene rings (Ring A and Ring B).
    - Ring A is monosubstituted with a methoxy group (-OCH3) and also bonded to the rest of the molecule at an adjacent ring carbon in a para relationship to the methoxy.
    - Ring B is a phenyl ring bearing a single chlorine substituent (-Cl) at the para position relative to the point of attachment to the main chain.
2. Connection from Ring A to the Main Chain
    - The attachment point on Ring A (call this ring carbon A-1) connects to a tertiary carbon C1.
    - The tertiary carbon C1 has four substituents:
        - Ring A (through A-1).
        - A methyl group (-CH3).
        - A hydrogen.
        - A longer side chain described in Step 3 below.
3. Longer Side Chain off the tertiary carbon C1:
    - This side chain begins with two methylene units (-CH2-CH2-), then continues to a nitrogen.
    - The nitrogen is double-bonded to a carbon (call it C2), which also bears a hydroxyl group (-OH) on that same carbon (i.e., an imine with an -OH substituent).
    - From this imine carbon (C2), there is a further two-carbon extension:
        - The first of these two carbons is a methylene (-CH2-).
        - The second is a tertiary carbon bearing:
            a. A hydroxyl group (-OH).
            b. Ring B (the para-chlorophenyl ring).
            c. A hydrogen.
            d. The bond back to the methylene just mentioned.