5) Draw the conjugate bases of the compounds shown below. Show how each conjugate base is stabilized by delocalizat...
6) Draw the conjugate acid of the compound shown below. Show how the conjugate acid is stabilized by delocalization/resonance. 7) Identify the most acidic proton in the molecule below. Use resonance structures to explain your answer. Н,с "Cн, нн
Draw a resonance stabilized conjugate base derived from nepetalactone, circle the major resonance contributor or write equal if they're equal, also lable the most acidic hydrogen of the molecule.
Consider the reaction of the aldehyde below with a base (Removal of hydrogen to form carbonanion). 1. Draw the conjugate bases for each H removal and, II. Circle the base with an acceptable resonance form.la но Base PIPI III. Draw this resonance form. IV. Which of the two forms is of lower energy This proton removed is of the lowest energy! This is the most acidic proton.
According to our predictive model classification of bases, how would you categorize each base shown below: poor, moderate, good, or not suited to bimolecular? Write your answer underneath. Hint: Determining the conjugate acid of the base and it's pK, may be helpful. NaNH2 H Li
7. a) Two acid base reaction are shown below. Complete the reactions, i.e. draw the conjugate bases and conjugate acids in the products for the two reactions. 2 pts NH2 NH2
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...
Question 7 Using curved arrows, deprotonate the most acidic hydrogen and draw the conjugate base. The conjugate base is relatively stable due to delocalization. When drawing the curved arrows, illustrate that delocalization which should result in the best contributing structure of the conjugate base. HO with her + H20 Question 10 veten som The reaction scheme below illustrates the addition of H-Br to a double bond. Draw a curved arrow mechanism and the missing intermediate. en die onderkant van den...
Identify the conjugate base in each case. Conjugate bases are defined by the Bronsted-Lowry model. a) 2 H2O → H30* + HO b) HCI H+ + CI c) HNO3 + H+ + NO3- Premise Response Drag and drop to match = A HO- 个个 = B HNOS = c + Fullscreen = B HNO3 DH20 = Fa- Unanswered 2 attempts left 7 Submit
(d) Conjugate acid: OH"; conjugate base: H3* (e) None of these 5. Identify the conjugate acid/base pairs in the following equation (10) HASO4 + H2O <H2AsO4 + OH (A). HASO. (acid)HAsO4 (base): H2O (acid)/ OH (base) (B). HASO4 (acid)/HASO. (base): H2O (acid)/ OH (base) (C). H2AsO4 (acid)/ OH (base) ; H2O (acid)/HASO4 (base) (D). H AsO4 and H20 (acids): OH and HASO4(bases) (E). None of these 6. Which is an INCORRECT statement?(10) a) The conjugate base of H2O is OH....
Acetonitrile (CH3CN) has a pK, of 25, making it more acidic than many other compounds having only C-H bonds. Draw structures for acetonitrile and its conjugate base using skeletal structures. Use resonance structures to account for the acidity of acetonitrile. draw structure ... Acetonitrile Acetonitrile's conjugate base: draw structure... draw structure ... (negative charge on ) (negative charge on N) The acidity of acetonitrile is accounted for by: O Acetonitrile's conjugate base is stabilized by resonance. O Acetonitrile's conjugate base...