The polymer must form bonds with the object if it is to stick to it. If the number of bonds between the polymer chains increases, the number of bonds they share with other objects will probably decrease, making it less sticky.
how are smart polymers used in light sensitive plasters
PET, plasters that are exposed to light and reduces stickyness so removing plasters is less painful, dissovable stitches, drug delivary capsuels...
Ha Ha Ha actually we can't differentiate between plastic and polymer because plastic itself is made of polymer.
A polymer is build out of its monomers.
Polymethyl methacrylate (PMMA), also known as acrylic, is a synthetic polymer that gets harder as the number of carbon atoms in the polymer chain increases. This is because longer polymer chains result in more extensive interactions between the polymer chains, contributing to increased strength and hardness.
simple polymer are define as themosofning plastic where as long chain polymer define as thermosetting plastic
Polymer-polymer interactions refer to the attractive or repulsive forces that occur between different polymer chains. These interactions can influence the physical properties of the polymers, such as their solubility, mechanical strength, and thermal stability. Understanding and controlling polymer-polymer interactions is important for designing new materials with specific properties.
covalent bonds between chains of molecules of a polymer or polymers, fastening the chains together. See also cross-linked polymer, under polymer.
Because protien is made up of 20 amino acids hence it is a polymer
Polymers are elastic due to their long chain structure, which allows them to easily stretch and return to their original shape. The intermolecular forces between polymer chains provide the elasticity by allowing the chains to slide past each other when stretched and then recoil when released. The flexibility of polymer chains and the ability to form temporary bonds contribute to the elastic behavior of polymers.
Advanced Polymer Science won the case.
When water is added to a polymer, it can cause the polymer chains to swell and increase in volume. This is because water molecules can interact with the polymer chains, promoting their separation and expansion. In some cases, this can lead to the polymer absorbing water and becoming softer or more flexible.