rubber is first rigid then broken down into pliable condition i think
The word "pliable" completes the analogy. Rigid is to flexible as inflexible is to pliable.
Hot: cold
Rigid is like a brick wall that doesn't bend or change easily, while flexible is like a rubber band that can stretch and adapt without breaking.
The eraser on a pencil is typically made of a synthetic rubber compound called styrene-butadiene. This material is designed to be soft and pliable, allowing it to effectively remove pencil marks without damaging the paper.
Rubber bands are more elastic than iron bars because rubber is a polymer with long, flexible chains that can easily stretch and return to their original shape. Iron, on the other hand, has a crystalline structure that is more rigid and does not have the same ability to stretch and return to its original shape.
The word "pliable" completes the analogy. Rigid is to flexible as inflexible is to pliable.
No, they are rigid.
Rubber bands typically do not stretch as easily in cold temperatures. Cold can cause the rubber to become less flexible and more rigid, reducing its ability to stretch. In contrast, warmer temperatures allow the rubber to expand and become more pliable, making it easier to stretch. Therefore, rubber bands generally perform better when it's warm.
No, it cannot. Not a "standard" rigid frame that it. There are now several manufacturers that make rigid frames specifically for rubber mount sportsters, just do a web search. Be aware though that a rubber mounted sporty engine in a rigid frame is now a rigid. The benefits (if there were any) to having a rubber mounted engine no longer exist.
If the rubber is rigid enough, I believe it is possible.
Rubber becomes harder and less pliable as the temperature decreases until ultimately it actually becomes brittle.
The opposite could be flexible (not rigid). Also limp or flaccid (lacking any rigidity).
Hot: cold
Typically, rubber is vulcanized by adding sulphur. This makes it more pliable in the winter and harder in the summer.
Pottery can be rigid when it is fully dried and fired, but it can also be flexible during the shaping process when it is soft and pliable. The rigidity of pottery depends on its moisture content and the firing process it undergoes.
Untreated rubber is commonly referred to as "natural rubber" or "latex." This form of rubber is derived from the sap of rubber trees and is a soft and pliable material. It lacks the resistance to heat and wear that is achieved through the vulcanization process, making it less durable for many applications.
The trachea needs to be sturdy but pliable, bone would be too rigid and muscle is too soft to keep it's shape through breathing and swallowing.