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2. Rubber band - Wikipedia

   en.wikipedia.org/wiki/Rubber_band

   A rubber band ball is a sphere of rubber bands made by using a knotted single band as a starting point and then wrapping rubber bands around the center until the desired size is achieved. The ball is usually made from 100% rubber bands, but some instructions call for using a marble , [ 16 ] a crumpled piece of paper , or a ping-pong ball [ 17 ...

3. Rubber elasticity - Wikipedia

   en.wikipedia.org/wiki/Rubber_elasticity

   Rubber elasticity is the ability of solid rubber to be stretched up to a factor of 10 from its original length, and return to close to its original length upon release. This process can be repeated many times with no apparent degradation to the rubber. [1] Rubber, like all materials, consists of molecules.

4. Silly Bandz - Wikipedia

   en.wikipedia.org/wiki/Silly_Bandz

   The original shaped silicone rubber bands were created in 2002 by the Japanese design team Passkey Design, Yumiko Ohashi, and Masonar Haneda. [1] [2] They made the bands in cute animal shapes to encourage sustainability by discouraging people from treating the rubber bands as disposable. [3] [2] Sold under the brand name Animal Rubber Bands ...

5. Elastics (orthodontics) - Wikipedia

   en.wikipedia.org/wiki/Elastics_(Orthodontics)

   Natural rubber, used by the Incan and Mayan cultures, was the first known elastomer. Charles Goodyear developed the process of vulcanization, [4] after which the use of natural rubber increased. Henry Albert Baker is the first person known to have used elastics to correct the position of teeth. In the late 1800s he named his elastic wear the ...

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   The search engine that helps you find exactly what you're looking for. Find the most relevant information, video, images, and answers from all across the Web.

7. Rubber band experiment - Wikipedia

   en.wikipedia.org/wiki/Rubber_band_experiment

   The T-V diagram of the rubber band experiment. The decrease in the temperature of the rubber band in a spontaneous process at ambient temperature can be explained using the Helmholtz free energy = where dF is the change in free energy, dL is the change in length, τ is the tension, dT is the change in temperature and S is the entropy.