F Lubber A Conductive Polymer example essay topic
After staring at his computer screen, he thought of Weebo's "fever" and then realized why his previous attempts to make f lubber did not succeed -- - he hypothesized that it was because the hydrocarbons have been inhibiting the cooper pairs. However, he deduced that if there was a drastic temperature change in a short period of time, the polymer will become conductive and that completes the metastable sphere. He sets to work; by adding an organic catalyst and some electricity to the polymer, he successfully created f lubber in the pressure reactor. Unfortunately, his brilliant insights and experimentation caused him to miss his wedding again. Erroneous science and amendments This picture was taken from Disney's website, and this information from the movie was found in Professor Brainard's notes. As the movie rightly states, f lubber is a polymer.
It is composed of many monomers, which are linked together by a catalyst (boron). These monomers are linked together with chemical bonds to form long chains. Flubber is made of 1,000 to 10,000 monomers linked together. Unlike what was mentioned, electricity is not needed; but stirring will definitely speed up the reaction. Temperature does not need to fluctuate for the chemical reaction to occur, although temperature will affect the elasticity of f lubber. Varying the temperature does not make f lubber a conductive polymer, because f lubber has many metastable states and does not require temperature changes to complete the metastable sphere -- - it already possesses both the properties of a solid and a liquid.
Besides, hydrocarbons do not inhibit cooper pairs. Flubber can be readily made at room temperature (298 K) by dissolving the catalyst in hot water (323 K); the reaction would not work well at a relatively low temperature of 77 K, which is the temperature of the pressure reactor (in the movie) where f lubber was made. Scene 2 In the scene following scene 1, Professor Brainard plays with his newly created f lubber, and comes to certain conclusions on the properties of f lubber. According to him, f lubber is elastic, viscous, easily moulded and folded into different shapes. He also learns that f lubber is ductile and can change into different shapes on its own.
What's more, it can fly. He discovers that it has incredible inertia when he finally caught hold of it again. web.