Three water molecules are formed. They form from the leftover hydrogen and oxygen atoms left over from the triglyceride formation.
Six: Converting each hydroxyl group on a molecule into an ester linkage characteristic of a triglyceride molecule releases one molecule of water. Each glycerin molecule contains three hydroxyl groups; therefore, six molecules of water will be formed when making two triglyceride molecules, for a total of six.
Three, because you end up w/ three "OH" and three "H". (oxygen and hydrogen and hydrogen).
Three water molecules are formed. They form from the leftover hydrogen and oxygen atoms left over from the triglyceride formation.
If the lipid is a triglyceride, then three water molecules will be produced. The water molecules form from the leftover hydrogen and oxygen atoms from the formation of triglycerides.
3
11
You get a Maltose molecules when linking two glucose molecules. You get sucrose when linking a glucose and a fructose molecule together.
Water is removed during dehydration synthesis. A covalent bond is produced by dehydration synthesis. Hydrolysis, the addition of water, can break apart this bond.
Not all polymerisations can be called dehydration synthesis reactions. However it is a very common way in which polymers can be formed. One way monomer units can join together is by eliminating a small molecule such as water between them, hence dehydration. (Condensation is more usual). Synthesis means building up, so the polymer is built up by losing water.
Polysaccharides are formed by the condensation of individual monosaccharides - in the process glycosidic bonds are formed and one molecule of water is released per bond. This is a dehydration synthesis. Formation of proteins by the joining of individual amino acids via peptide bonds is also a dehydration synthesis with one molecule of water being produced per peptide bond.
Golgi apparatus
converted into starch by dehydration synthesis and stored in root
When two glucose molecules are chemically bonded together, they form a water molecule and sugar maltose. This process is called dehydration synthesis.
You get a Maltose molecules when linking two glucose molecules. You get sucrose when linking a glucose and a fructose molecule together.
Water is removed during dehydration synthesis. A covalent bond is produced by dehydration synthesis. Hydrolysis, the addition of water, can break apart this bond.
Dehydration synthesis is when two molecules are chained together and a water molecule is ejected from the coupling. A hydrolysis reaction is when a water molecule is split and the coupling between two molecules is also split. Dehydration synthesis is the reverse reaction of hydrolysis, and vice versa.
Not all polymerisations can be called dehydration synthesis reactions. However it is a very common way in which polymers can be formed. One way monomer units can join together is by eliminating a small molecule such as water between them, hence dehydration. (Condensation is more usual). Synthesis means building up, so the polymer is built up by losing water.
Dehydration reaction because it removes the water.
Polysaccharides are formed by the condensation of individual monosaccharides - in the process glycosidic bonds are formed and one molecule of water is released per bond. This is a dehydration synthesis. Formation of proteins by the joining of individual amino acids via peptide bonds is also a dehydration synthesis with one molecule of water being produced per peptide bond.
With the production of one molecule of sugar six molecules of oxygen are produced during photosynthesis.
Golgi apparatus
Six oxygen molecules are released when one glucose molecule is formed.
38 ATP molecules are produced from the break down of a gluecose molecule