Particularly those that have to do with polymer chemistry.
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I'll go out on a limb and suppose that you need some very simple projects that can demonstrate polymer properties to the layperson.\n\nPhysics:  \n\nIf you take a rubber band, an elastomer, suspend a weight from it, and gently heat the rubber band with something like a hair drier, you can demonstrate that polymer chains prefer to adopt a random coil configuration rather than a straight, linear configuration. (I'll leave out the basic thermodynamic details so you can delve deeper into the subject.)\n\n\nChemistry:\n\nTo demonstrate the differences in size between polymers and small molecules, look up the size of a single water molecule and then get a piece of foam rubber.  The water molecule's size is on the order of Angstroms, while the foam rubber is essentially one gigantic molecule.\n\nIf you have access to sebacoyl chloride and hexamethylene diamine, you can make Nylon-6 by using equal parts of both reactants.  The polymer forms at the interface of the two liquids, and you can use tweezers to pull the polymer out of the reaction vessel.  NOTE:  Proper safety precautions MUST be followed as both chemicals are irritants. \n\nI've left out sources and a lot of other details so you can research the physics/chemistry of the examples given here.
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hi!\nGo through these links. hope you will get useful information\n\nhttp://composite.about.com/od/books/\nhttp://composite.about.com/od/referencematerials/l/aa040797.htm\nhttp://composite.about.com/library/weekly/aa051297.htm
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Hi, There are lists of topics on the page below.
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A concentrated solution has more sugar and is more conductive.
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ChemDraw from CambridgeSoft Corporation may be help you. Look at www.cambridgesoft.com
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I think this belongs in the Chemistry section.  I'm not a Chemistry buff, but if someone here is, I'm sure you'll get your answer.
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Here are some intresting ones.
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I am a creative nail technician and I know all about Polymers and Monomers, basically what heat does to the Polymer in glue is, it hardens the glue its as simple as that.\n\nHope that helps
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Try doing a Google search under the Hall or the Hall-Heroult process.    That or check out a General or an Inorganic Chemistry book from the library.  That's a good launch point.
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Polyethersulfone (PESU)\nPolyphenylene Sulfide (PPS)\nPolyvinylidinefluoride (PVDF)\n\nMany Properties of these and hundreds of materials can be found at matweb.com
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You might find some answers in the links below.
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go to inorganic industral chemistry book
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polymer, chemical compound with high molecular weight consisting of a number of structural units linked together by covalent bonds (see chemical bond). The simple molecules that may become structural units are themselves called monomers; two monomers combine to form a dimer, and three monomers, a trimer. A structural unit is a group having two or more bonding sites. A bonding site may be created by the loss of an atom or group, such as H or OH, or by the breaking up of a double or triple bond, as when ethylene, H2C[double bond]CH2, is converted into a structural unit for polyethylene, -H2C-CH2-. In a linear polymer, the structural units are connected in a chain arrangement and thus need only be bifunctional, i.e., have two bonding sites. When the structural unit is trifunctional (has three bonding sites), a nonlinear, or branched, polymer results. Ethylene, styrene, and ethylene glycol are examples of bifunctional monomers, while glycerin and divinyl benzene are both polyfunctional. Polymers containing a single repeating unit, such as polyethylene, are called homopolymers. Polymers containing two or more different structural units, such as phenol-formaldehyde, are called copolymers. All polymers can be classified as either addition polymers or condensation polymers. An addition polymer is one in which the molecular formula of the repeating structural unit is identical to that of the monomer, e.g., polyethylene and polystyrene. A condensation polymer is one in which the repeating structural unit contains fewer atoms than that of the monomer or monomers because of the splitting off of water or some other substance, e.g., polyesters and polycarbonates. Many polymers occur in nature, such as silk, cellulose, natural rubber, and proteins. In addition, a large number of polymers have been synthesized in the laboratory, leading to such commercially important products as plastics, synthetic fibers, and synthetic rubber. Polymerization, the chemical process of forming polymers from their component monomers, is often a complex process that may be initiated or sustained by heat, pressure, or the presence of one or more catalysts.
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try \n\ngtitestlaboratories.org
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they are a protein that speed up chemical reactions.
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Several individual products having unique properties reacting together to give a new end product which may have different properties
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Just about everything:\n\nFuel, paint, polymers(plastics, film), computers - making those memories and motherboards requires chemistry as well as physics, it's a process called etching. \nMaking drugs, tissue engineering. \n\nI think it's easier to ask what in our life doesn't involve chemistry.