CH3OH, CH3OOH, SO4H2
Draw the conjugate bases of these three and explain why they get more stable as we move from left to right (resonance).
We need at least 10 more requests to produce the answer.
0 / 10 have requested this problem solution
The more requests, the faster the answer.
CH3OH, CH3OOH, SO4H2 Draw the conjugate bases of these three and explain why they get more...
COMPARING THE ACIDITY OF ANY TWO ACIDS Always draw the conjugate bases. o Determine which conjugate base (CB) is more stable. o The more stable the conjugate base (CB), the more acidic the acid. OH OH Which is the more acidic? Why? Draw the CB of each! :O :O :O
5) Draw the conjugate bases of the compounds shown below. Show how each conjugate base is stabilized by delocalization/resonance. H (a) но (b)
1. What is a structure based explanation for why acetamide is
more stable than acetone. I'm pretty sure it has to do with
resonance.
2. also for question F im fairly sure it has to do with
resonance again but I not sure exactly why. could someone answer
and explain?
F. Draw the conjugate base for each compound below and draw the appropriate structures to explain the difference in N-H acidity pKa~9.5 pKa 16 N-H N-H
draw resonance structures for the conjugate base of
2,6dichloroibdophenol and use them to explain the differences in
the pka values
a value of 5.9 and is 10.000 times more 2,6-dichloroindophenol (see in Part III) has a pka value of 5.9 and is 10000 acidic than phenol (pKa =10). Draw resonance structures for the conjugate base of 26 dichloroindophenol and use them to explain the differences in the pKa values.
Explain why cyclopentadiene (pKa 16) is many orders of
magnitude more acidic than cyclopentane (pKa > 50). (Hint: Draw
the structural formula for the anion formed by removing one of the
protons on the −CH2− group, and then apply the Hückel criteria for
aromaticity.)
Explain why cyclopentadiene (PK, 16) is many orders of magnitude more acidic than cyclopentane (pka > 50). (Hint: Draw the structural formula for the anion formed by removing one of the protons on the -CH2- group,...
Draw one resonance structure for each of the conjugate bases formed by removal of the labeled protons (H4, H7, and H.) in acetanilide. Your structures should show all unshared electron pairs. Rank these protons in order of increasing acidity and explain the order you chose. нь N но Ha Acetanilide Part 1 out of 3 draw structure ... draw structure... draw structure ... H, removed H removed Hremoved Proline is an unusual amino acid because its Natom on the a...
To compare the acidity of two organic acid, we must the y of their conte bases. The more stable the conjugate base, the stronger the acid. To determine if the conte base is stable, we must follow the below less Negative charges are more stable on trov o LF, Br Larger atoms with negative charge more stable Negative changes preferoide one s than on more electronegative Negative changes to be placed intoms with the more character so they prefers over...
Please explain how to get to the answers? Look at the following structures a) O3 and b) CH3NCO 1.1.1 Which of the above structures, a) or b), forms a more stable resonance (4) 1.1.2 Draw the resonance structures of your chosen structure, a) or b) in question 1.1.1 above
Briefly explain the two reasons why the radical anion on the RIGHT is more stable than the radical anion on the LEFT. Me Me Mе Me
Could anyone explain why the first compound is more stable than
the one I circled? And also, why is resonance a stronger influence
and not induction? Thanks!
15. Circle one of the following charged compounds which is most stable. (3 Points) Which is the stronger influence for your choice? a) Resonance or b) Induction (hyperconjugation)? (2 Points)