Why can formaldehyde (CH20) be prepared in the form of a 37% solution in water, whereas octanal cannot'- (Select all that apply.) | Octanal is more hydrophilic than formaldehyde. Formaldehyde is a small molecule. Formaldehyde is polar. Octanal is mostly hydrophobic.

Introductory Chemistry: A Foundation
9th Edition
ISBN:9781337399425
Author:Steven S. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Donald J. DeCoste
Chapter20: Organic Chemistry
Section: Chapter Questions
Problem 2QAP: Your roommate, a chemistry major, claims to have synthesized the compound CH5 in the lab. Why is...
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Why can formaldehyde (CH20) be prepared in the form of a 37% solution in water, whereas octanal cannot?
(Select all that apply.)
| Octanal is more hydrophilic than formaldehyde.
O Formaldehyde is a small molecule.
O Formaldehyde is polar.
O Octanal is mostly hydrophobic.
Transcribed Image Text:Why can formaldehyde (CH20) be prepared in the form of a 37% solution in water, whereas octanal cannot? (Select all that apply.) | Octanal is more hydrophilic than formaldehyde. O Formaldehyde is a small molecule. O Formaldehyde is polar. O Octanal is mostly hydrophobic.
The structure of psicose shown below reveals a ketone group and several alcohol groups. If the alcohol groups are referred to as hydroxys, give an IUPAC name for psicose.
ОН ОН СН
OH
он
CH2-CH-CH-CH–C
-CH2
IUPAC name:
Transcribed Image Text:The structure of psicose shown below reveals a ketone group and several alcohol groups. If the alcohol groups are referred to as hydroxys, give an IUPAC name for psicose. ОН ОН СН OH он CH2-CH-CH-CH–C -CH2 IUPAC name:
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