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Everything can withstand a temperature of absolute zero, minus 273 degrees celsius, but the materials wont be able to maintain structure or composition of molecules. It will be completely "frozen". Even the electrons won't move. That said, your rubber would still be rubber, but completely frozen. It will probably not be the same rubber as we are used to.
It might react to the drastic changes of temperature in several ways of which I don't know. Perhaps expand, contract, explode, implode etc. It will also depend on how you lower the temperature.
What else can I help you with?
When rubber is cooled to absolute zero it will?
When rubber is cooled to absolute zero, it will become extremely brittle and may fracture easily when subjected to stress. This is because rubber transitions from a flexible state to a rigid state at low temperatures, losing its ability to deform without breaking.
Does temperature effect rubber band elasticty?
Yes, temperature can affect the elasticity of a rubber band. Cold temperatures tend to make rubber bands more brittle and less stretchy, while hot temperatures can make them softer and more elastic. Extreme temperatures can even cause a rubber band to break more easily.
Is the stretchiness of a rubber band affected by the temperature?
Yes, the stretchiness of a rubber band is affected by temperature. When exposed to higher temperatures, rubber bands become more stretchy and flexible, while colder temperatures can cause the rubber to become stiffer and less stretchy.
Does the temperature effect a rubber ball?
Yes, temperature can affect a rubber ball. Rubber becomes more flexible and bouncy at higher temperatures but can become brittle at very low temperatures. Extreme temperature changes can also cause the rubber to degrade over time.
What can destroy rubber material?
Rubber material can be destroyed by exposure to extreme temperatures, sunlight, chemicals, and oils.
How does cold effect elasticity of a rubber band?
Cold temperatures can cause rubber bands to become stiffer and less elastic, as the molecules in the rubber contract and have less energy to move around. This can make the rubber band more brittle and prone to breakage when stretched. Warm temperatures, on the other hand, help the rubber band regain its elasticity.
The inventor of a new rubber product that didn't freeze or melt was?
Charles Goodyear is credited with inventing vulcanized rubber in 1839, which made rubber more durable and resistant to temperature changes. This discovery revolutionized the rubber industry by providing a practical solution to the problem of rubber melting in hot temperatures and freezing in cold temperatures.
Has anything ever been taken to the temperature of absolute zero?
yes, a rubber chicken has
Do rubber bands stretch more when its cold?
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.
Does temperature affect the degree of strength of rubber bands?
Yes, temperature can affect the strength of rubber bands. Rubber bands become stiffer and less flexible at lower temperatures, which can decrease their strength. On the other hand, higher temperatures can cause rubber bands to become softer and more prone to breaking under tension.
Will rubber burn?
YES!!!! . If it is rubber car tyres, then the smell is very acrid/horrible.
How rubber is effected by temperature?
Rubber becomes softer and more elastic at higher temperatures, making it prone to deform under pressure. Conversely, at lower temperatures, rubber becomes harder and more brittle, which can lead to cracking or breaking upon impact. Extreme temperature fluctuations can degrade the chemical structure of rubber, reducing its flexibility and lifespan.
