1) Predict relative acidity. Rank in order of increasing acidity (be able to explain):
a) CH3CH2SO3H,
b) CH3CHClCO2H,
c) CH3CH2OH,
d) ClCH2CH2CO2H,
e) CH3CH2CO2H
2) Predict relative acidity. Rank the following in order in
increasing acidity:
NH3, H2SO4, CH3OH, CH3CO2H, H3O+, H2O
Hint: think of what would produce the most stable species after
deprotonation. A good acid would gladly lose a proton (to form a
stable conjugate base).
3) Predict relative basicity. Rank the following in order in
increasing basicity:
NH3, CH3O-, H2O, CH3CO2-, NH2-
Hint: think of what would give the most stable species after
protonation. If that train of thought doesn’t help, compare
stability of your original compounds from the list. The more
unstable (=more reactive) a compound is without a proton, the more
it “wants to react” with a proton to become a more stable
species.
Please show all work and give full explanation. I will rate and comment.
Thanks
1) Predict relative acidity. Rank in order of increasing acidity (be able to explain): a) CH3CH2SO3H,...
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