alkenes reacts with the x2 and forms the dihalides as follows
alkene reacts with X2 and H2O forms the halohydrin and it is as follows
Write out the reactions for (Label reagents, products, reactants, and mechanisms) a) addition of X, to create a vici...
Write out the reactions for: a) addition of X, to create a vicinal halide b) addition of X/H,O to synthesize a halohydrin
Show the following (Label reagents, products, reactants, and mechanisms): Reaction of Alkyl halide (geminal) to synthesize alkene oralkyne (note mole equivalence of Nu:) Reaction of Alkyl halide (vicinal) to synthesize alkene or alkyne (note mole equivalence of Nu:)
Show all possible reactions (Label reagents, products, reactants, and mechanisms) 1. Oxidative cleavage of an alkene(either using KMnO./OH-/H.O or O/CH.Chat-78*C in DMSO)
Write out the reaction for (Label reagents, products, reactants, and mechanisms) 1. (Simmon-Smith Reaction) cyclopropanation of an alkene
Show the following (Label reagents, products, reactants, and mechanisms): Hydroboration of an alkene using BH/OH for step 1 and H.O/OH for Step 2 (note - OR can be used instead of -OH)
Show the following (Label reagents, products, reactants, and mechanisms): Hydroboration of an alkene using BH/THF for step 1 to create alkylborane and CH.COOH/heat for Step 2 to create alkanes
Show example reactions of reduction/oxidation, elimination/addition, and an aldol reaction. Show the reactants, products, and any reagents necessary to complete the reactions. You do not need to show mechanisms.
give reactants, reagents, and/or products for the following reactions, as appropriate. reactants, reagents, and/or products for the following reactions, as appropriate SOCI dom OH 1) NaBH, (excess) SOCIE OCH 2) H,O* OH, H2O (excess) 1. CH3CH2MgBr (excess) 2. H30 NaBH4 (excess) Br 1) Mg, ether 2) H30*
Determine the missing products or reagents. Draw arrow pushing mechanisms for 3 of the above reactions. 1) (27 points) Provide the missing reactants, reagents or products 1) NaBH4 2) H30+ H30* H-= - Nat CO2H HON H+ muly & West NH NH2, KOH 1) PP / H 2) H30+ Croz H2SO4 HO H20 1) Mg, EtOEt OH 3) H30+
(a) Draw and label with required reagents, the reactions of conversion of an alkene into: i. Alcohol ii. Aldehyde iii. Ketone iv. Carboxylic acid v. Epoxide vi. Gem diol vii. Alkyl halide viii. Alkyl dihalide Where appropriate, show the correct stereochemistry of the final products (b) Draw and label with appropriate reagents the carboxylate reaction series