4. Review from previous chapters Propose a synthesis COOH NO2 COOH var
Propose a synthesis for the molecule: CI NO2
VI. Synthesis. Use retrosynthetic analysis (12 pts) COOH NO2 Dame
Propose a synthesis for the following transformations 5-6 NO2 Br (а) осн, оснз Br NO2 (b) но NO2 (с) Он NO2 (d)
3. Propose a synthesis of the molecule below starting with ethylbenzene. You can use any other reagents you want. (2 points) CH.CH COOH NO2
Propose a synthesis for the following transformation. More than one step is required. NO2 НО,
Propose a synthesis. Intermediate is appreciate 4) Propose a synthesis. cu HN
4.) Propose a synthesis of the following molecule from hydrocarbons of five carbons or fewer and any inorganic reagents you need. 4.) Propose a synthesis of the following molecule from hydrocarbons of five carbons or fewer and any inorganic reagents you need. Z - I
4) Propose a synthesis. HN
9. Propose an efficient synthesis of each molecule below starting from benzene and any other reagents needed (organic or inorganic) A. CI B. CI NO2 Br
COOH COOH OH OH Select reagents from the table to perform this synthesis; only one reagent is required for each step. If the synthesis has fewer than 4 steps, choose (none) for the unneeded steps. Reagents a. CH3CI, AICI: b. Bre, FeBrz c. NaOH; then CO2, H2O; then H307 d. KMnO4, H* e. Cl2, FeCl3 f. NaOH, H20; then SO2(OCH3)2 g. Cl2 h. HNO3, H2SO4 Step 1: Step 2: Step 3: Step 4: