Many polymers are made up of monomers that contain carbon, with one of the most common being polyethylene. Polyethylene consists of repeating units of ethylene (C2H4) monomers, which are derived from petrochemical sources. Other examples include polystyrene, polypropylene, and polyvinyl chloride (PVC), all of which are also carbon-based polymers. These polymers are widely used in various applications, including packaging, construction, and textiles.
Unsaturated monomers are used in addition polymerization because they contain carbon-carbon double bonds that can readily undergo addition reactions to form long polymer chains. This allows for the efficient production of high molecular weight polymers without the formation of byproducts. Additionally, unsaturated monomers grant flexibility to control the properties of the resulting polymer by modifying the monomer structure.
Polymers can contain any element on the periodic table, but the backbone of the polymer is usually based on either carbon or silicon (other elements can form polymer backbones e.g. boron-nitride but they are rare)
It is NOT a polymer, just carbon in solid form.
All monomers of addition polymers have a carbon-carbon double bond which can be broken during the polymerization process to form a long chain polymer.
If the macromolecule is a polymer, then yes it is made of monomers. There can be some irregular macromolecules that are not polymers and thus are not made of monomers, but they are special cases (e.g. carbon nanotubes with attached side groups).
Strictly chemistry speaking: a polymer is a repeated chain of a single molecule. They can be easily synthesized in a lab to create materials with specific properties (i.e. contact lenses, plastics, water repellant)
Unsaturated monomers are used in addition polymerization because they contain carbon-carbon double bonds that can readily undergo addition reactions to form long polymer chains. This allows for the efficient production of high molecular weight polymers without the formation of byproducts. Additionally, unsaturated monomers grant flexibility to control the properties of the resulting polymer by modifying the monomer structure.
Polymers can contain any element on the periodic table, but the backbone of the polymer is usually based on either carbon or silicon (other elements can form polymer backbones e.g. boron-nitride but they are rare)
Yes, most fabrics contain carbon as it is a key element in organic compounds that make up natural fibers like cotton, wool, and silk. Synthetic fabrics also contain carbon in their polymer structures.
It is NOT a polymer, just carbon in solid form.
All monomers of addition polymers have a carbon-carbon double bond which can be broken during the polymerization process to form a long chain polymer.
The compound CS(HCO3) does contain the element carbon.
If the macromolecule is a polymer, then yes it is made of monomers. There can be some irregular macromolecules that are not polymers and thus are not made of monomers, but they are special cases (e.g. carbon nanotubes with attached side groups).
Carbon atom, Monomer, Polymer, Macromolecule
That depends on the monomerCarbohydrates have the elements Carbon, hydrogen, and oxygenAmino acids have the elements carbon, hydrogen, oxygen, and nitrogenNucleotides have the elements carbon, hydrogen, oxygen, nitrogen, and phosphorus.Lipid is a broad category that may contain some or all of the elements listed above.
Polypropylene is a versatile polymer. It is used both as a plastic and as a fiber. Polypropylene is also known as polypropene. Polypropene is a polymer made up of monomers of propene (an alkene). In the presence of high pressure, high heat and the use of a catalyst, these monomers undergo an addition reaction whereby the monomers are joined together into a long chain known as a polymer. Nomenclature can be derived from "poly" meaning 'many' and "propene" the alkene with three carbon particles.
Organic compounds always contain the element carbon.