The solubility of CO² is dependent on pH and pKa dissociation constants of H2CO3. At each temperature and pressure, the solubility is known and delivered in tables. You will state that CO² is very hydrophilic since the solubility can reach more than 10 G/L in water.
Hydrophilic means "water loving". Only molecules that are polar (look for OH, SH or NH) or have an ionic region fall into this category and thus are soluble. All others are hydrophobic "water fearing" and are not water-soluble. Obviously C-C is hydrophobic.
Insulin core is hydrophobic but its periphery has hydrophillic regions
it is the opposite. Hydrophobic is water hating, hydrophilic is water loving. ie, hydrophobic substances avoid water, hydrophilic are attracted
Hydrophobic participles are "running" away from water. Try pouring some oil into a glass of water and you will see what I mean. Hydrophillic participles, on the other hand, attract water and soon a hydrophillic participle will be completely surrounded by water molecules, Which is a fancy way of saying that it'll dissolve.
Hydrophobic amino acids would be on the external surface of a protein. This is because these are the types of amino acids that help bind things together.
When amphipatic lipids are shaken up in water, the lipids will form into a ball like structure with their hydrophillic heads orientated to the water and their hydrophobic tales hidden in the center.
hydrophillic head, hydrophobic tail, hydrophobic tail, hydrophillic head
Hydrophillic
Insulin core is hydrophobic but its periphery has hydrophillic regions
Its neither hydrophilic nor hydrophobic it is very toxic when it reacts with water
it is the opposite. Hydrophobic is water hating, hydrophilic is water loving. ie, hydrophobic substances avoid water, hydrophilic are attracted
Yes. They have a hydrophillic head and a hydrophobic tail.
Hydrophobic participles are "running" away from water. Try pouring some oil into a glass of water and you will see what I mean. Hydrophillic participles, on the other hand, attract water and soon a hydrophillic participle will be completely surrounded by water molecules, Which is a fancy way of saying that it'll dissolve.
no, because on end is hydrophobic while the other is hydrophillic
Hydrophobic molecules do not come in contact with water; they "fear" water (root word, phobic). Hydrophilic molecules, on the other hand, do come in contact with water; they "love" water (root word, philic). [hydro means water]
No. Hydrophillic freely associates with water, readily entering into solution, and water loving. Fats, or lipids, are hydrophobic, which are incapable of freely associating water molecules, insoluble, and water-fearing.
The substance that forms the hydrophobic tail on the back end of a phospholipid are fatty acids. Phospholipids are not "true fats" as they have a phosphate group that replaces one of the fatty acids
the membranes of all cells are made of lipids and protein they form a lipo-protien layer which has two ends - hydrophillic and hydrophobic ends. the hydrophillic ends will be facing towards outer and hydrophobic ends face inward. thus the cell membrane is made of two layers of lipo-protien membrane. the hydrophobic ends wants to be away from water molecule hence facing towards inner side, and hydrophillic ends are facing towards outer as they can ineract with water molecule