in
skeletal form

Acetonitrile (CH3CN) has a pK, of 25, making it more acidic than many other compounds having...
7. One of the following is much more acidic than the other. Circle the more acidic one, and explain very briefly why? (3 points) Acidity of one pf the it's shown 8. For the reaction show, a. Write "1,2" underneath and "1,4" underneath the appropriate products. (1 pt) b. Write "thermodynamic" underneath the appropriate "thermodynamic control product (1 pt) c. Draw the mechanism for the reaction, using formal arrow pushing. Draw both resonance structures for the intermediate (4 pts) Br...
2.2 Nitromethane (CH3NO2, pka = 10) is more acidic than most organic acids. Explain why nitromethane is so much more acidic than ethane (pka = 60). Write the chemical equations to illustrate the acidity of the compounds. Include valid Lewis dot structures (including formal charge) and resonance structures, if relevant. (6)
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,...
1. 2,6-dichloroindophenol has a pKa value of 5.9 and is 10,000 times more acidic than phenol (pKa = 10). Draw resonance structures for the conjugate base of 2,6-dichloroindophenol and use them to explain the differences in pKa values.
I need question 5 answered
4. The pk, of our product is- 2-3 units lower than the pK, of phenol. Two of seven resonance forms are shown. There are five additional resonance forms that are not shown. Those additional forms have the negative charge on a different atom than the one shown on the structures below. On one of resonance contributors shown, circle the other five atoms in the structure that will have a partial negative charge as a result...
7-9 please!
4 7. One of the following is much more acidic than the other. Circle the more acidic one, and explain very briefly why? (3 points) H Acidity of one pf the H's shown H H 8. For the reaction show a. Write "1,2" underneath and "1,4" underneath the appropriate products. (1 pt) b. Write "thermodynamic" underneath the appropriate "thermodynamic control" product (1 pt) c. Draw the mechanism for the reaction, using formal arrow pushing. Draw both resonance structures...
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
identify which compound is more acidic and explain your choice. or each of the following compounds, Make sure you include structures of these which compounds in your answers ounds, 1. F (e) 24-Dimethy-3,5-hepanedione or 4, 4-Dimethy)-3,5-heptanedione (b) 1.2-Cyclopentanedione or 1,3-cyclopentanedione 2. When 2-hepten-4-one is treated with LDA, a proton is removed from one of the gamma (z) positions. identily which gamma position is deprotonated, and explain why the y proton is the most acidie proton in the compound. 3. Rank...
Writing Lewis Structures d. Because oxygen is more electronegative than nitrogen, it is more likely to have a negative formal charge. Which structure would then be the best description of N,O? e. Are the structures that have the N-O-N bond skeleton resonance forms of the structures with the N-N-O skeleton? Explain. 4. Hydrogen isocyanide, HNC, will convert to hydrogen cyanide, HCN, over time. Use their Lewis structures to explain this.
Please help!
4. Suppose Compound B is the conjugate base of Compound A. Calculate the approximate concentration of Compound A that must be present in a 0.042 M solution of Compound B to produce a pH of 4.96. The K. for Compound A is 1.8 x 109. Show your work. Round your final answer to the nearest hundredth decimal place. (5pts) 5. Consider the structure below. Then using the empty boxes, answer parts (a)-(e). HO (a) (1 pts) Draw a...