Chapter 3: Q.2. (page 91)
Question:a. Classify the carbon atoms in each compound as ,,, or . b. Classify the hydrogen atoms in each compound as ,,.
Short Answer
a. Classifications of carbon atoms.
b. Classifications of hydrogen atoms.
Chapter 3: Q.2. (page 91)
Question:a. Classify the carbon atoms in each compound as ,,, or . b. Classify the hydrogen atoms in each compound as ,,.
a. Classifications of carbon atoms.
b. Classifications of hydrogen atoms.
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Get started for freeQuestion: The composition of a cell membrane is not uniform for all types of cells. Some cell membranes are more rigid than others. Rigidity is determined by a variety of factors, one of which is the structure of the carbon chains in the phospholipids that comprise the membrane. One example of a phospholipid was drawn in Section 3.7A, and another, having C-C double bonds in its carbon chains, is drawn here. Which phospholipid would be present in the more rigid cell membrane and why?
Question: Draw the structure of a compound fitting each description:
a. an aldehyde with molecular formula
b. a ketone with molecular formula
c. a carboxylic acid with molecular formula
d. an ester with molecular formula .
Question: Indinavir (trade name Crixivan) is a drug used to treat HIV. (a) At which sites can indinavir hydrogen bond to another molecule like itself? (b) At which sites can indinavir hydrogenbond to water?
Question: Identify the functional groups in each molecule. Classify each alcohol, alkyl halide, amide, and amine as 1ยฐ, 2ยฐ, or 3ยฐ
a.
b.
c.
d.
e.
f.
Question: Now that you have learned about solubility, explain why aspirin (Section 2.7) crosses a cell membrane as a neutral carboxylic acid rather than an ionic conjugate base.
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