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14 May 2018
Which intermolecular porcess primarly drives the formation of a bilayer when phospholipids are added to water? Which intermolecular porcess primarly drives the formation of a bilayer when phospholipids are added to water?
A-Lipids cause water to arrange in an ordered, unfavorable cage-like structure.
B-Forcing lipids into a bilayer reduces this effect.
C-The ordered arrangement of a bilayer is more favorable than the disordered state of individual free-floating phospholipids.
D-A bilayer arrangement maximizes the strength of hydrophobic interactions among phospholipids.
E-Phospholipids self-assemble inot a bilayer due to the strong affinity they have for each other.
Which intermolecular porcess primarly drives the formation of a bilayer when phospholipids are added to water? Which intermolecular porcess primarly drives the formation of a bilayer when phospholipids are added to water?
A-Lipids cause water to arrange in an ordered, unfavorable cage-like structure.
B-Forcing lipids into a bilayer reduces this effect.
C-The ordered arrangement of a bilayer is more favorable than the disordered state of individual free-floating phospholipids.
D-A bilayer arrangement maximizes the strength of hydrophobic interactions among phospholipids.
E-Phospholipids self-assemble inot a bilayer due to the strong affinity they have for each other.
Elin HesselLv2
16 May 2018