predict the products from the dehydration with
H2SO4/H2O of the following alcohols.
predict the products from the dehydration with H2SO4/H2O of the following alcohols.
Predict the major products of acid-catalyzed dehydration of the following alcohols a. 2-methylpropan-1-ol
1)
Predict the following major alkene product that would result from
dehydration of the following alcohols ,with no carbocation
rearrangements:
2) Draw the mechanism for the following dehydration
reaction:
** I already asked these questions, the tutor used conc.
H2SO4... Could I use H3PO4 instead? For #2, I'm not sure if I drew
the mechanism correctly can you explain and draw the mechanism
please? The pic in pencil is my attempt at #2
• Draw products for the following addition reactions: Combustion reactions of alcohols Dehydration of alcohols Formation of ethers Oxidation of alcohols and thiols
predict the products of isopropyl 3-cyclohexylpropanoate and H2O with a catalytic amount of H2SO4 at 100 C
Predict the mechanistic pathway and products of each
reaction for #1.
Reaction of five-carbon alcohols with NaBr/H2SO4: NaBr NaBr OH H2SO4 H2SO4 NaBr NaBr H2SO4 H2SO4 NaBr NaBr f. HOL H2SO4 H2SO4
Predict products and for the type of reaction one the last
option is rearrangement
CA2. Predict the product(s) in the reaction below. H2SO4 minor major minor major 43. Predict the product in the reaction below PBr, CH3CH2OH A. H2C CH2 B. D. H C-CH. H,C-CH, H2C-CH. 44. Which of the following alcohols undergoes dehydration most readily? OH OH OH OH
Predict the major product of the following reaction. H2O H2SO4
Predict the mechanistic pathway and products of each
reaction for #1.
Reaction of five-carbon alcohols with NaBr/H2SO4: NaBr NaBr OH H2SO4 H2SO4 NaBr NaBr H2SO4 H2SO4 NaBr NaBr f. HOL H2SO4 H2SO4
Draw the major product of the following alcohol dehydration in
the presence of H2SO4. Use the Zaitsev rule (no rearrangements) to
predict the major product when necessary. Include all hydrogen
atoms.
Draw the major product of the following alcohol dehydration in the presence of H2SO4. Use the Zaitsev rule (no rearrangements) to predict the major product when necessary. Include all hydrogen atoms.
calculate the theoretical yield of the cyclohexenes products
in both miles and grams
Dehydration of Alcohols Dehydration of 2-Methylcyclohexanol Prelaboratory Mole Calculations Calculate the theoretical yield of the cyclohexer of the starting alcohol gives one mole the mixture of isomers. toles and grams. One mole sing 1.0 mL of 2-methylcyclohexanol and 0.5 mL of the catalyst, H3PO4. NO calculation is needed for the catalyst. OH Н,РО, Third product CH12 one double bond + H2O heat 2-methylcyclohexanol bp 165-168°C d=0.93 g/mL...