Water is polar, but lipids are nonpolar.
cholesterol molecules because at warm temperatures, cholesterol reduces membrane fluidity by restraining the movement of phospholipids. At low temperatures, cholesterol hinders solidification of the membrane because it prevents the close packing of phospholipids.
Minerals with closest packing have high density because their atoms are arranged in a way that minimizes empty space between them. This close arrangement of atoms allows for more atoms to be packed into a given volume, resulting in higher density. Closest packing is a highly efficient crystalline structure that maximizes atomic packing, leading to increased density.
That are the lipids. They have fatty acids and glucerols
Close packing basically means that the atoms are so close together, that they can not get any closer to eachother. This means that the empty space between the atoms is minimized. Density is weight per volume, so the less empty volume there is, the higher the density will be.
Water is polar, but lipids are nonpolar.
Water is polar, but lipids are nonpolar.
Water is polar, but lipids are nonpolar.
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It prevents the lipids on the cell membrane from sticking together
because lipids form ketone bodies, which may be toxic.
due to there close packing structure.
cholesterol molecules because at warm temperatures, cholesterol reduces membrane fluidity by restraining the movement of phospholipids. At low temperatures, cholesterol hinders solidification of the membrane because it prevents the close packing of phospholipids.
Minerals of a nonsilicate crystal have very high densities because their crystal structures are based on the packing of atoms that are as close together as possible. This structure is called this closest packing.
Hydrophobia means the fear of water. Animals infected with rabies will show this because they know that when they try to drink water, their throats close. But there is no connection with lipids.
tarsal gland secretions
Minerals with closest packing have high density because their atoms are arranged in a way that minimizes empty space between them. This close arrangement of atoms allows for more atoms to be packed into a given volume, resulting in higher density. Closest packing is a highly efficient crystalline structure that maximizes atomic packing, leading to increased density.