Plastics have stronger bonds between the polymer chains-these
might be covalent bonds between the chains, or cross-linking bridges. These plastics have a higher melting point, are rigid and can't be stretched, as the cross-links hold the chains firmly together.
Hope i helped :-)
ABS plastic is known for its strength and durability, making it resistant to breaking easily.
This question does not make sense! In blood chemistry (biochem), erythrocytes' capsule is plastic but not elastic. Plastic = Able to change shape Elastic = Stretchable In this case, erythrocyte can be easily squeezed through narrow capillaries, by changing it's shape and they can maintain so until they went through the capillaries. They are NOT elastic, as they will rupture when they're stretched.
Yes, plastic can burn easily and release harmful toxins when exposed to high temperatures.
No, plastic bottles are typically not conductors of electricity. They are insulators, meaning they do not easily allow the flow of electrical current.
Yes, silver is ductile. It is a highly malleable and ductile metal, meaning it can be easily stretched and shaped into various forms without breaking.
The polyethylene that can't be stretched, the ultra-high-molecular-weight PE they make hockey rink edges out of, is too stiff to be stretched. The PE they make plastic bags out of stretches fairly easily.
It gets stretched.
it means that plastic can easily change shape. You can easily change the shape of a plastic object.
no
you cant
Plastic means easily molded.
ABS plastic is known for its strength and durability, making it resistant to breaking easily.
No, if they are PLASTIC bags they cant be made of dolphins
Plastic can easily be reduced by using reusable bags.
This phenomenon is called plastic deformation. It occurs when the material is stretched beyond its elastic limit, causing a permanent change in shape without returning to its original form. Plastic deformation is common in materials like metals and plastics.
You cant.
Easily stretched without breaking or lowering in material strength