1. Perform a retrosynthetic analysis on the following molecule from the given starting materials (13 pts). Me Me Ph 1. 9 2. 10. 3. 6. 4. 7. 5.
Perform a retrosynthetic analysis on the following molecule from the given starting materials (13 pts). Me Me EN Ph 1. 9. 2 10. 3. 6. 4. 7. 5. 8.
1. Perform a retrosynthetic analysis on the following molecule from the given starting materials (13 pts). Me Me Ph 1. 9. 2 10. 3. 6. 4. 7. 5. 8.
13.) Provide a synthesis for the target molecule shown. (18
pts)product. (6 pts)
Bonus: (10 pts)
Starting from Benzene and using reagents that we have discussed
in class, design a synthesis for the Target molecule (TM)
13. Provide a synthesis for the target molecule shown. (18 pts) go alcohol aketone OH СОН M 얘 SM omgBr =sin 1-2 OH => KongBros Naz6.2010 H2SO4, H2O & H300 q Etmaira H20 어 #C=, 2° alcohol, aldehyde 20 TM o o #C77, Ketore...
2. Perform a retrosynthetic analysis on the following molecule from the given starting materials (13 pts). Me Me O Me Me Me Et Me OEPr 1 11 2 3. 10. Me Me Me 7 ΕΙ Me Br
2. Please provide a synthesis of the following molecule. (5 pts) OMe Meo
5) (3 pts) For a double-stranded DNA molecule, which of the following statements are true? If false, explain why. a. [A+C] = [G+T] b. [A+G] = [C+T) c. A=G and C=T d. A/T=C/G e. [A+T] = [G+C] f. C/A=T/G 6) (3 pts) Listed below are the base compositions of three different duplex DNA molecules. L S'ATTCTAACTTTGAT 3' 3' TAAGATTGAAACTA 5 IL S'CGCACTGGCTAACC 3' 3'GCGTGACCGATTGG 5' II. 5'CGCATTATTGTCAA 3' 3'GCGTAATAACAGTT 5' a) Order these three molecules in terms of their melting...
13. Provide a synthesis for the target molecule shown. (18 pts) OH OH SM TM OH SM TM
Bonus: Provide a synthesis for the target molecule starting from Benzene (5 pts).
Bonus: Provide a synthesis for the target molecule starting from Benzene (5 pts).
13. Provide a synthesis for the target molecule shown. (18 pts) TM SM OH NC SM TM