1 | Chiral amino acids naturally bend light in which direction? |
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2 | What is the basis for fatty acids? |
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3 | What is "an organic molecule with only carbon and hydrogen joined together covalently with single bonds?" |
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4 | When is a carbon fully saturated with hydrogens? |
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5 | In reference to alkanes, is the term saturated the same as the term reduced? |
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6 | __, __, __, __, pent, hex, hept, oct, non, dec... Fill in the blanks. |
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| but, prop, eth, meth |
| meth, but, prop, eth |
| eth, but, prop, meth |
| meth, eth, prop, but |
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7 | What is the defining feature of an alkene when compared to an alkane? |
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8 | Which configuration is naturally occuring? |
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9 | Is this a chiral molecule? |
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10 | Assuming this molecule is chiral, which direction would it rotate light? |
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11 | On cis, the r-groups... |
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12 | for trans, the r-groups are... |
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13 | Name this structure: CH3-8(CH2)-COOH |
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14 | Name this functional group:
R-SH |
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15 | Name this functional group: R-CH3 |
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16 | A fatty acid can contain an alkane/alkene plus a carboxylic acid... eh? |
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17 | Naturally occuring: D-rotary for sugar, L-rotary for amino acids and cis for fatty acids... |
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18 | RR-CO (Carbon double bonded to oxygen and two R groups) |
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19 | -COOH (Carbon double bonded to oxygen and single bonded to alcohol group) |
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20 | What is the order for the oxidation of carbon? |
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21 | Just checking, what is oxidization in the last question... |
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22 | This is the process of propane getting oxidized. It is going from a alkane->alcohol->aldehyde->carboxylic acid
CH3-CH2-CH3 -> CH2(OH)-CH2-CH3 -> CH(O)-CH2-CH3 -> COOH-CH2-CH3 |
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