Label each Amine (A–D) in Table 1 as primary, secondary, or tertiary. Which classes of amines – primary, secondary, or tertiary – can participate in hydrogen bonding with other identical molecules? Discuss as a team, and record your consensus.How many different combinations of hydrogen bonds are possible between the following two molecules? redraw the molecules, showing a hydrogen bond between them.Compare Amines A–D in Model 1. Discuss as a team, and explain why three of the amines have a higher boiling point than the alkane.One of the amines has the same boiling point as the alkane. Explain.Compare Amine (A) and Amine (B). Explain the difference in boiling point.Compare Amine (B) with amine (C). Explain the difference in boiling point.Compare Amine (C) with amine (D). Explain the difference in boiling point.Compare Amine (D) with the alcohol. Work as a team to explain the difference in boiling point.Compare the amide with the alcohol. Explain the difference in boiling point.Would you expect amines and amides with short carbon chains to be soluble in water? Work as a team to explain your answer. (Hint: Recall the solubility of carboxylic acids discussed in CA 39.)Which class of amine has the highest boiling point? Why?What was one strength of your team today? Why was this a strength? Model 1: Structures and boiling points of selected organic moleculesNitrogen bonding options:ཡིན་ན་Hamineamide HFunctionalMolecularBoilingExample StructureWeightPointGroupH₂H₂Alkane7236°CH3CCH3CH3Amine (A)CH37336°CH3CH2H3CCH3Amine (B)7356°CH₂H2NH₂Amine (C)H3CCH7363°C-CH3H₂Amine (D)H3CAlcoholH3C7378°CNH2EUH₂H₂74OH118°CCarboxylicAcidH3C74141°COHAmideH3Cn=o73218°CNH₂

Good evening,Hope this helps, Thank you!Explanation:Approach to solving the question: Detailed…

Answered: Model 1: Structures and boiling points…

11th Edition

ISBN:9781337392938

Author:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Publisher:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Chapter3: The Chemistry Of Life: Organic Compounds

Section: Chapter Questions

Problem 2TYU: VISUALIZE The structures depicted are (a) enantiomers (b) different views of the same molecule (c)...

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Question

Label each Amine (A–D) in Table 1 as primary, secondary, or tertiary.
Which classes of amines – primary, secondary, or tertiary – can participate in hydrogen bonding with other identical molecules? Discuss as a team, and record your consensus.
How many different combinations of hydrogen bonds are possible between the following two molecules? redraw the molecules, showing a hydrogen bond between them.
Compare Amines A–D in Model 1. Discuss as a team, and explain why three of the amines have a higher boiling point than the alkane.
One of the amines has the same boiling point as the alkane. Explain.
Compare Amine (A) and Amine (B). Explain the difference in boiling point.
Compare Amine (B) with amine (C). Explain the difference in boiling point.
Compare Amine (C) with amine (D). Explain the difference in boiling point.
Compare Amine (D) with the alcohol. Work as a team to explain the difference in boiling point.
Compare the amide with the alcohol. Explain the difference in boiling point.
Would you expect amines and amides with short carbon chains to be soluble in water? Work as a team to explain your answer. (Hint: Recall the solubility of carboxylic acids discussed in CA 39.)
Which class of amine has the highest boiling point? Why?
What was one strength of your team today? Why was this a strength?