Dehydration synthesis
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.
The process known as dehydration synthesis occurs to join two glucose molucules. As they join, an OH- molecule joins with a Hydrogen to form H20 ( water). The water molecule leaves the new maltose molecule.
A water molecule is released during polymerization, which help in the formation of a bond, and it is added during the break down of a polymer which helps in breaking the 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.
Dehydration synthesis refers to a reaction where molecules are joined by forming water. One molecule should have an should have a hydroxyl group, while the other molecule should have a hydrogen atom for dehydration synthesis to occur.
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.
Condensation polymerization
Dehydration synthesis is the joining of two compounds due to the loss of a water molecule between them. It is an example of an endergonic process, which uses energy for the process to occur.
because water is produced as a by-product!
A hydroxyl group is removed from one molecule, a hydrogen atom from another molecule, and the two molecules are joined together to form a larger molecule. The OH and H combine together to form a water molecule. Therefore, dehydration synthesis involves removing a water molecule from two molecules (dehydration) in order to form a larger molecule (synthesis). This can be seen in many polymerization reactions, such as in forming a polypeptide from several amino acids. In this particular case, the OH is removed from the carboxyl group of one amino acid, and an H is removed from the amino group of another amino acid. The two amino acids are joined together in a dipeptide bond, and a water molecule is formed from the OH and H that were removed.
The process known as dehydration synthesis occurs to join two glucose molucules. As they join, an OH- molecule joins with a Hydrogen to form H20 ( water). The water molecule leaves the new maltose molecule.
A water molecule is released during polymerization, which help in the formation of a bond, and it is added during the break down of a polymer which helps in breaking the bond.
If you're talking about condensation polymerization, it is a reaction in which monomers join together to give a long chain molecule (the polymer) and a small molecule, usually water or hydrochloric acid, like Nylon.
the opposite of the dehydration synthesis is hydrolysis. it does the exact opposite which is to break apart a molecule by adding a water molecule.
It is dehydration synthesis. Basically it is a process in which a molecule of water is removed from the reactant to join reactants together.
The chemical process by which a molecule of water is removed from the reactants to join the reactants together. Dehydration synthesis takes place when the monomers of organic compounds join together by a chemical reaction to make polymers. Hydrolysis its the opposite reaction of breaking up polymers and is accomplished also by chemical reaction. "The joining of two molecules associated with the removal of a water molecule" -Fundamentals of Anatomy and Physiology 7th ed.