Draw the structure for the reagents and products for the following reactions. Name the products and indicate the stereochemistry where appropriate. If minor products are formed, show them as well, but be sure to indicate the major product.
Hydrogenation of 1,2-dimethyl-1-cyclohexene (H2, Pt).
Draw the structure for the reagents and products for the following reactions. Name the products and...
Draw the structures of the expected organic product(s) formed in the following reactions including correct stereochemistry. If more than one product is possible draw all products and write major or minor product where necessary. Indicate what the mechanism of the reaction is. Assume all reagents listed are present in excess unless otherwise noted. If no reaction occurs, state 'No Reaction'. DMF = dimethyl if ormamide, CH_3 CN = acetonitrile
2.(20) The following five reactions show reactants, reagents and products. In each reaction one of the categories is missing (represented by a letter). Supply the missing reactant, reagents or product where appropriate in each reaction. In your structures, be sure to indicate stereochemistry where warranted. A= a) b) H2, 5%Pt/C CH212. Zn(Cu) in ether c) C : CH Br2 in H20 d) D : phase transf. cat OH 1) Hg(OAc)2, H20 2) NaBH4 e)
Provide the missing substrates, products, reagents, in the following reactions. Indicate the stereochemistry where appropriate. 7. (36 points) Provide the missing substrates /products/reagents in the following reactions. Indicate the stereochemistry where appropriate. a. HgC﹀CH3 (1) 03 Ph︿H (2) (CH3)2S b. H2 OsO4 PhCH2CECCH2CH3 2r3 Lindlar catalyst t-BuoOH C.
products of alcohol reduction reactions? Draw the structure of the final product expected for each of the following reactions: be sure to accurately depict stereochemistry, where relevant, and if no reaction can occur, indicate by writing NR.
The following four reactions show reactants, reagents, and products. In each reaction one of the categories is missing. Supply the missing compound or reagents in each of the reactions. Be sure to indicate stereochemistry where warranted.
(1.5 pts) Label the following reagents as Good or Poor Nucleophiles AND as Strong or Weak Bases. 2. (1.5 pts) Label the following reagents as Good or Poor Nucleophiles AND as Strong or Weak Bases. - con nom man yly or non o Å 3. (1.5 pt) Predict the product(s) of the following reactions. If there are multiple products indicate which, if any, is the major product. Be sure to clearly mark the stereochemistry of chiral carbon atoms and draw...
Please draw the structure of product (s) of the following reactions or write "no reaction" if the reaction would not proceed as written. Circle the major organic product in reactions where more than one product is formed. (Show stereochemical details where necessary). Answer them all. 32, 33 34, 35 32, 33, 34, 35 لا لا Ria و 16 32. Which reagents) would accomplish this conversion? WALL 33. Please draw the structure of product(s) of the following reactions or write "no...
7. Draw the structure of the products of the following reactions. Indicate whether they will react under Syl conditions, or Sn2 conditions. If there is no reaction, write "NR”. Indicate stereochemistry where appropriate Меон CH,OH OH CHỊCHO HO
Problem 10. Draw the structure of the major product formed in each of the following reactions. Consider the resulting stereochemistry of the products formed (6p) KBr ng MeOH NaF DMSO H2(g), Pd (cat.) c) Solvent OH 1) NaH (strong base) THF (solvent) d) 2) CI Nal e) CI Acetone
Predict the Products/Reagents. Draw the expected products from the following reactions or fill in the missing reagent(s). Where a stereocenter is created, indicate the configuration of the product. Predict the Products/Reagents. Draw the expected products from the following reactions or fil in the missing reagent(s). Where a stereocenter is created, indicate the configuration of the product Br Mgo Et20 8. 1. PhCH2Br 2. BuLi PPh3 9. H2N Et, (c CO2Et Ph 10. NH2 NaBH3CN