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1. For each compound below, identify the most acidic proton in the compound. Using Table 3.1, the attached pka table, or the pictoral pka table Professor Reck provided in C341, or the pka table provided at the end of this assignment, provide an approximate pka value for the most acidic proton.

          1. For each compound below, identify the most acidic proton in the compound. Using Table
3.1, the attached pka table, or the pictoral pka table Professor Reck provided in C341, or
the pka table provided at the end of this assignment, provide an approximate pka value
for the most acidic proton.
        
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1. For each compound below, identify the most acidic proton in the compound. Using Table
3.1, the attached pka table, or the pictoral pka table Professor Reck provided in C341, or
the pka table provided at the end of this assignment, provide an approximate pka value
for the most acidic proton.

Added by Aitor L.

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Chemistry: Structure and Properties
Chemistry: Structure and Properties
Nivaldo Tro 2nd Edition
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For each compound below, identify the most acidic proton in the compound. 1. For each compound below, identify the most acidic proton in the compound. Using Table 3.1, the attached pKa table, or the pictorial pKa table Professor Reck provided in C341, or the pKa table provided at the end of this assignment, provide an approximate pKa value for the most acidic proton. a. OH b. HO c. NH2 d. OH e. SH f. HS
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Transcript

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00:01 Let's draw the structures given to us in the question.
00:04 So we have been given oh this side, sh this side and we have nh2 this side.
00:13 This is the first structure.
00:15 Let's draw the second structure.
00:18 So second structure we have this having one methyl group here, g double bond o here and a double bond here.
00:28 Then we have again this ring and then we have double bond here in this manner and one methyl group also here.
00:41 Now let's draw the third structure.
00:43 The third structure we have oh here, double bond o here, two chlorines are attached in this manner.
00:55 This is attached to methyl groups in this manner which is attached to c double bond o, oh this side and then we have oh this side and this has c double bond o.
01:17 So let's move on to first structure...
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