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The characteristic polymer that makes up our skin is primarily collagen, a structural protein that provides strength and elasticity. Additionally, elastin is another important protein that contributes to the skin's ability to stretch and return to its original shape. Together, these proteins form a network that supports the skin's structure and function.
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What is one molecule called that makes up the links in a polymer chain?
Monomer is the term used to describe the individual molecule that links together to form a polymer chain.
The chitin that makes up the exoskeleton of insects is made of a polymer of amino acids?
A chitin that makes up the exoskeleton of insects is not made out of a polymer of amino acids. Chitin is a nitrogen that contains polysaccharide.
What polymer makes our characteristic?
The characteristic features of various materials are often attributed to their specific polymers. For instance, the polymer polyethylene gives plastic its flexibility and durability, while proteins, which are also polymers, contribute to the structure and function of biological systems. In textiles, polymers like nylon and polyester provide strength and resilience. Overall, the unique properties of a material are largely determined by the type and arrangement of its constituent polymers.
Is Dacron an Addition polymer?
Yes, Dacron is an addition polymer. It is a synthetic polymer produced through the addition polymerization of ethylene glycol and terephthalic acid. This process creates long chains of repeating units, known as polymers, which are characteristic of addition polymerization.
Is bread a polymer?
Yes, bread contains polysaccharides such as starch, which is a type of polymer made up of glucose molecules. Therefore, bread can be considered a polymer due to its complex structure of macromolecules.
What polymer makes up our our characteristics color hair color)?
Melanin is the polymer that makes up our hair color. It is produced by melanocytes in the hair follicles and determines the color of hair based on the type and amount of melanin present.
What is the significance of the Flory characteristic ratio in polymer science and how does it influence the behavior of polymer chains?
The Flory characteristic ratio is important in polymer science because it helps determine the size and shape of polymer chains. It influences the behavior of polymer chains by affecting their flexibility, stiffness, and ability to interact with other molecules. A higher Flory characteristic ratio indicates a more extended and flexible polymer chain, while a lower ratio indicates a more compact and rigid chain.
What is the polymer of teflon?
The polymer that makes up Teflon is: Polytetrafluoroethylene
What polymer makes up the macromolecules protein?
Proteins are made up of amino acids. They form long chains.
What makes DNA a polymer?
DNA is a polymer because it is made of up of monomers of nucleotides that differ from each other by their bases. (Adenine, Guanine, Cytosine, and Thymine.)
What is polyvinyl plastic used for?
it is one of the polymer family which makes it a polymer
What makes up a blood clot?
a fibrin polymer.
What is one molecule called that makes up the links in a polymer chain?
Monomer is the term used to describe the individual molecule that links together to form a polymer chain.
What polymer makes up the the long chains containing organic bases that are inside the nucleus of your body cells?
DNA
The chitin that makes up the exoskeleton of insects is made of a polymer of amino acids?
A chitin that makes up the exoskeleton of insects is not made out of a polymer of amino acids. Chitin is a nitrogen that contains polysaccharide.
How are monomers and polymers diffrent?
The monomer is just the subunit that makes up the construction of many units of the polymer. M = monomer M-M-M-M = polymer ( units do not need to be the same )
What polymer makes our characteristic?
The characteristic features of various materials are often attributed to their specific polymers. For instance, the polymer polyethylene gives plastic its flexibility and durability, while proteins, which are also polymers, contribute to the structure and function of biological systems. In textiles, polymers like nylon and polyester provide strength and resilience. Overall, the unique properties of a material are largely determined by the type and arrangement of its constituent polymers.
