When a rubber ball is soaked in liquid oxygen, it becomes extremely brittle due to the low temperatures of the liquid oxygen, which is around -183 degrees Celsius (-297 degrees Fahrenheit). When Dewar demonstrated this, he showed that the rubber ball, once frozen, could shatter into pieces upon being dropped, illustrating the dramatic effects of extreme cold on materials. This experiment highlighted the changes in physical properties of substances at cryogenic temperatures.
than iron man would be rubber man he could not be shocked and he would basicly suck
they put her in a rubber suit and then the put her original outfit around the rubber suit and inflated her
The cast of Standard Malaysian Rubber - 1969 includes: John Ringham as Commentator
The gator in happy Gilmore the movie was rubber and foam material to made to look like the real thing.
George Smith is best known for inventing the first practical method of producing synthetic rubber. His work significantly advanced the field of polymer science and contributed to the development of various rubber products. Smith's innovations played a crucial role in the rubber industry, particularly during World War II when the demand for rubber was critical.
Oxygen is a gas at room temperature and can be compressed into a liquid state at very low temperatures. However, it does not possess flexibility in the same way that materials like rubber or plastic do.
If you drop a piece of rubber in liquid nitrogen, (in a dewar, where the liquid nitrogen does not boil that fast), then the rubber will be frozen. In that sense, the rubber will get hard and brittle. If by 'freeze' you mean the formal definition, which is to form actual crystals, as water does when it freezes, then the rubber won't freeze. You should know that when you drop the rubber into the liquid, the liquid will boil off very quickly for a while even though it's in a dewar. That's because heat will flow straight from the rubber into the liquid.
you use an eyedropper by squeezing the top rubber and putting the tip of the eyedropper into liquid. then, you release the top rubber but still hold on and the liquid will come up and into the glass tube. to dispense liquids, squeeze the rubber until the liquid comes out of the tip of glass.
Somebody answer this or I'm gana flip!
Oxygen, Carbon, and Hydrogen
It is actually rubber.
rubber
This is usually a liquid rubber-latex. You can actually use regular liquid latex if you apply it carefully, to act as insulation for some low-powered electrical projects.
The density of liquid silicone rubber typically ranges from 1.05 to 1.20 grams per cubic centimeter, depending on the specific formulation and additives used in its production.
In its normal state rubber is a solid, but as with anything else, it will change its state with the application of heat.
Homemade silicone rubber is made by melting silicone until it turns into rubber form. Professionally, there are several ways to produce silicone rubber, most are a mixture of silicone, oxygen, carbon and hydrogen.
To transfer small volumes of liquid.