1. Provide the necessary reaction conditions (reagents
and solvents) to perform the indicated transformation. More than
one step may be necessary. Synthesis of reagents used in the
transformation are not required. Consider equivalents, selectivity,
and stereochemistry. Very little partial credit will be
given.
1. Provide the necessary reaction conditions (reagents and solvents) to perform the indicated transformation. More than...
1. Please provide the necessary reagents, reactants, and solvents to perform the indicated transformations. More than one step is necessary. Synthesis of reagents used for the transformation is not required. Clearly number your synthetic steps (3 points each; 24 points total) Please use chemistry discussed in our lecture to show your understanding. No credit will be given for reactions that we have not discussed in lecture. This PW is bonus and completely optional. However, your final exam PTR questions will...
a. Provide the necessary reagents) to perform the following transformation. (May be one or more steps involvedl (16) HON b. Draw the structure of the product(s) of the following reactions. 16 1. DIBAL-H, 2. HO 1.CH, Mgr. Et,0, 2 , HO 1. LIBUOJA EVO 2H0 1. (Ch. coli 2 H2O
Question 1 (12 marks) Design a synthesis which uses the starting material indicated to synthesize the product in the scheme below. You may use any reactions we have learned in 2220 so far, and any reactions from 2210. There is no maximum or minimum numbers of steps, though you should strive for 'conciseness' in your synthetic route. You should note the relative stereochemistry of any substituents and take that into account when designing your synthesis. For each reaction, be sure...