what material is used in magic tees?
537220
Same as other waveguide components, typically brass or aluminum.
452235
Cotton.\n\nI don't understand it either.
1162637
I think you can use something called silica crystals! I know my dad us to use it when we were kids! Was great!
216587
It's been said that any sufficiently advanced science is indistinguishable from magic.  Let's try a few of the older but lesser known ones:\n\nAbout 15/20 years ago material science came up with two new materials which are rather interesting.  The first is Aerogel, a solid which is lighter than air - it will float at room temperature.  The second is called Seagel which is about as heavy as plastic but is as strong as steel, it can be either transparent or opaque and your choice of electrially conductive or not.\n\nHow's that for a start?
985225
Try  http://demonxtreme.com .   The seem to have items from Easton.\n\n_
106925
SM is a good place to start. =) I saw WWE tshirts just a few days ago.. maybe they have other products.
1157383
How funny, my friend just told me the same thing.  Except it was ANY kind of dryer sheet kind of fabric softener.\nShe said the LPGA pro golfers all have dryer fabric softener sheets tucked into their hats and tied on their belts, etc.\nWho knows? Maybe it helps.
691343
2 cups crushed cotton mix with three cups milk and four pints of...you know what this is not right sorry i don't know, does a teeshirt even have ingredients
36473
check out the website www.matweb.com for material properties.
926602
There are a couple of different fibers being used.\n\nKevlar by DuPont, Spectra by Honeywell, Aramid by Aramid and various combinations of the fibers woven together to form hybrid weaves.
159881
Use cardboard, clay, or sugar cubs.  Cardoard would be the easiest.
192184
Aluminum Foil\n\nNot a paper actually.
165778
Painted Cardboard\nIndex Cards\nFoam Blocks
478505
Googled it.  Found nothing.  I think you have a bogus material designation.
1008931
You can try looking at:\n\nhttp://hotproducts.alibaba.com/manufacturers-exporters/Spandex_Fabric.html\n\nOR\n\nhttp://www.spandexwarehouse.com/
949362
Go to: http://www.golfjoy.com/golf_physics/specs.asp\n\nAlso go to: http://golf.about.com/od/faqs/f/clublengths.htm\n\nAnd: http://golf.about.com/od/faqs/a/golf_clubs_faq.htm\n\nAnd: http://www.usga.org/playing/rules/books/rules/appendix_II.html\n\nRaw Materials\nGolf clubs are manufactured from a wide variety of materials, including metals, plastics, ceramics, composites, wood, and others. Different materials are chosen for different parts of the club based on their mechanical properties, such as strength, elasticity, formability, impact resistance, friction, damping, density, and others.\n\nClub heads for drivers and other woods may be made from stainless steel, titanium, or graphite fiber-reinforced epoxy. Face inserts may be made from zirconia ceramic or a titanium metal matrix ceramic composite. Oversize metal woods are usually filled with synthetic polymer foam. Traditionalists can even buy woods that are made of real wood. Persimmon, laminated maple, and a host of exotic woods are used. Wood club heads are usually soaked in preserving oil or coated with a synthetic finish like polyurethane to protect them from moisture.\n\nClub heads for irons and wedges may be made from chrome-plated steel, stainless steel, titanium, tungsten, beryllium nickel, beryllium copper, or combinations of these metals. Heads for putters may be made of all of the same materials as irons, plus softer materials like aluminum or bronze, because the velocity of impact is much slower when putting.\n\nClub shafts may be made from chrome-plated steel, stainless steel, aluminum, carbon or graphite fiber-reinforced epoxy, boron fiber-reinforced epoxy, or titanium. Grips are usually made from molded synthetic rubber or wrapped leather.\n\nDesign\nThe rules of the United States Golf Association (USGA) have only a few brief paragraphs regarding the design of golf clubs. There are no restrictions on weight or materials, and only a few restrictions on dimensions. Shafts must be at least 18 in (457 mm) long. The distance from the heel to the toe of the head must be greater than the distance from the face to the back of the head. The cross-sectional dimension of the grip must not be greater than 1.75 in (45 mm) in any direction. Of all the rules, however, the most important one requires that the club ''shall not be substantially different from the traditional and customary form and make."\n\nIt is this last rule that sometimes gives club designers the fits. It means, for example, that club heads may not have features like aiming fins or holes to reduce aerodynamic drag. Shafts may not have flexible joints, and so forth. In short, anything that is not "traditional and customary" is not allowed. All new club designs must be submitted to the USGA for review and approval before they may be used in tournament play.\n\nWithin the USGA guidelines, many new features have been incorporated into golf clubs. Using computer-aided design programs and mathematical models of club and ball dynamics, designers have learned to utilize new materials, redistribute weight, and alter the general shape of the club in an attempt to help both professional golfers and weekend duffers improve their games.\n\nOne common feature of modern irons is perimeter weighting, which places most of the club head weight around the edges, leaving the center with less material. This added mass reduces the amount of club twist when the ball is struck towards the edge of the club, rather than in the center. The effect is to increase the size of the effective hitting area, or the "sweet spot" as golfers call it. The hollow oversize metal heads on some drivers have the same effect.\n\nAnother design feature of some modern clubs is the offset head, where the striking face is located to the rear of the centerline of the shaft. This places the golfer's hands slightly ahead of the ball at impact, which tends to square the club face and give better direction control.\n\nOth
11064
I believe you mean Magic Square. Look it up on the web.