A collection of monomers is more disordered than polymers. More linked subunits in varied arrangements allows for more random movement, bond formations, and thus energy release. The entropy of a group of monomers is greater than a polymer of the same size.
A polymer is a large molecule that is formed by more than 5 monomers. Polymers are also found in macromolecules.
cellulose
a monomer Polymers are composed of monomers.
DNA is made of small units called nucleotides. One nucleotide generally contains a phosphate group, a sugar (Deoxyribose), and nitrogen bases (Purines:Adenine, Guanine; and Pyrimidines: Cytosine, and Thymine)
The more initiator molecules there are, the more chains get started. Since the chains compete for monomers, if there are 5 times as many chains obviously they will be shorter on average.
A polymer is a large molecule that is formed by more than 5 monomers. Polymers are also found in macromolecules.
When two or more join together a polymer forms a molecule.
cellulose
Cross linked polymers are made of 2 or more monomers whereas a simple polymer is made up of a single monomer.
monomers are the small atoms or molecules which joint covalently to form polymers,,,,,,,this process of polymer formation is called polymerizatin,,,,,,,,polymerization is of two types,,,,,1.addition polymerizatin2.condensation polymerization.
a monomer Polymers are composed of monomers.
A polymer. The smaller molecules are called monomers. For example, many glucose molecules (the monomers) linked together make a starch molecule (the polymer). Similarly, many amino acid molecules (the monomers) linked together form a protein molecule (the polymer). For more in formation about polymers, starting at the very beginning, see: http://pslc.ws/macrog/kidsmac/wiap.htm
DNA is made of small units called nucleotides. One nucleotide generally contains a phosphate group, a sugar (Deoxyribose), and nitrogen bases (Purines:Adenine, Guanine; and Pyrimidines: Cytosine, and Thymine)
Monomers and isomers are completely different. Monomers are building blocks of polymers/macromolecules. For example, amino acids are the monomers of proteins and monosaccharides are monomers of carbohydrates. Isomers, on the other hand, are molecules with the same number of atoms in a compound, but different arrangements of bonds or shapes.
At the design stage adding molecules/monomers with more rings than chains will make the polymer more rigid. If this option is not available, adding fiber or particles or fillers is the usual technique. You can make a stiff polymer more flexible by adding plasticizers, but going the other way is more difficult. Technically speaking the polymer itself isn't changing, but the material overall will be more rigid than the polymer matrix due to the fiber support.
For a Lpid molecule, it contain 1 glycerol molecule and 3 fatty acidmolecules but I do not think a Phospholipid molecule contain any glycerol molecules as they are replaced by the phosphate group.
monomers what to get rid of the strained double or tipple bonds lets say 2 C=C join and become C-C-C-C same ratio of carbon to other atoms but no more double bonds