Two different monomers joined together will form a copolymer.
Proteins are composed of monomers called amino acids. There are 20 different amino acids commonly found in proteins, each with a unique side chain. These amino acids are joined together through peptide bonds to form the primary structure of a protein.
There are 20 different kinds of monomers, known as amino acids, that make up proteins. Each amino acid has a unique side chain that contributes to the specific properties and functions of the protein.
Monomers of any nutrient are bonded together through condensation or dehydration reactions. As the latter term describes, a molecule of water is formed and removed. One monomer provides a hydroxyl while the other provides a hydrogen.
Carbohydrates is a very broard class of sugar molecules and monomers can join in many ways. 1,4- beta glycosidic bonds 1,4- alpha glycosidic bonds 1,6 glycosidic bonds 1 and 6 are refering to the carbon molecules and Beta and alpha refer to the orientation of the sugars with respect to each other. But for a simple answer they connect to each other by glycosidic bonds.
Four monomers. Each antibody contains 2 light chains and 2 heavy chains.
Technically, a diomer. Practically speaking, a polymer
This is a mixture.
Proteins are composed of monomers called amino acids. There are 20 different amino acids commonly found in proteins, each with a unique side chain. These amino acids are joined together through peptide bonds to form the primary structure of a protein.
A polymer can be made up of thousands of monomer.This linking up of monomers is called polymerization
The structural difference could arise from the specific arrangement of glucose and galactose monomers within each oligosaccharide. For example, in one oligosaccharide, the glucose monomers could be linked to each other first, followed by the two galactose monomers. In the other oligosaccharide, the galactose monomers could be linked first, followed by the two glucose monomers. This difference in monomer arrangement leads to distinct chemical properties and biological functions in the oligosaccharides.
A protein is made up of 20 different kinds of monomers called amino acids. These amino acids are arranged in specific sequences to form the unique structure and function of each protein.
There are 20 different kinds of monomers, known as amino acids, that make up proteins. Each amino acid has a unique side chain that contributes to the specific properties and functions of the protein.
Nucleic acids, proteins, and other large biological molecules are known as polymers because they are composed of repeating units called monomers. These monomers are linked together through covalent bonds to form long chains, giving the molecules their complex structure and functions in living organisms.
Polymerization reactions are the reactions that join monomers together to form polymers. These reactions involve the bonding of monomers through the formation of covalent bonds to create a larger molecule.
The general term is "polymerization reactions." The main types of polymerization reactions are condensation reactions (a small molecule is lost at each step) or addition reactions (no molecule is lost at each step). Each of these is then further subdivided into categories depending on the specific chemistry that's involved.
there moms had thumped each other
Monomers of any nutrient are bonded together through condensation or dehydration reactions. As the latter term describes, a molecule of water is formed and removed. One monomer provides a hydroxyl while the other provides a hydrogen.