technical aspects involved in the manufacture of mirror glass used  in the manufacture of household furnitures
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Points to consider:\nFocal distance of mirror.\nMirror type: Flat, concave and convex.\nReflected index of silver coating.\nMagnification of image.\nGlass type.\nGlass colour.\nThickness of glass used.
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Generally household mirrors are a highly reflective silver.  \n\nAnything that is highly reflective can be considered a "mirror" (like the smooth waters of a pond, or a shiny black rock).  More than color, it is smoothness that matters in making a mirror.\n\nA porous surface scatters light in many directions while a smooth surface will reflect light back in a single direction, hence the "mirror" effect.
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CNC Glass Cutting Machine.\n\nYour question is a little broad, that is a full time job.
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Glass is composed of mainly silicone, heated to a high temperature until it forms a supercooled liquid. Sand is the most common form of raw material used in making glass though silica is sometimes used. Other materials can be added in to give extra strength or changes in its composition to make specialized products such as pyrex, coloration and certain metals are added to add colour to it.
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Do you mean supercooled substances?\n\nIf so, glasses are the best example and are made by melting a salt and quickly cooling it so that it does not return to its original form.  I don't believe you should have any trouble pointing out the various contributions of glass to our lives.
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Alcohol Lamp \n-------------\n \nThis glass lamp is for heating tjanting tools.
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You can describe different types:\n\nhttp://www.aecom.yu.edu/ehs/Industrial%20Hygiene/Fs_Fibergls.htm\n\nhttp://www.clarkcraft.com/fiberglasscovering.php3
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Try http://en.wikipedia.org/wiki/Woodworking
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Optical mice use an LED and a camera to rapidly capture images of the surface beneath the mouse.  The infomation from the camera is analyzed by a DSP (Digital Signal Processor) and used to detect imperfections in the underlying surface and determine motion. Some materials, such as glass, mirrors or other very shiny, uniform surfaces interfere with the ability of the DSP to accurately analyze the surface beneath the mouse.  \nSince glass is transparent and very uniform, the mouse is unable to pick up enough imperfections in the underlying surface to determine motion.  Mirrored surfaces are also a problem, since they constantly reflect back the same image, causing the DSP not to recognize motion properly. When the system is unable to see surface changes associated with movement, the mouse will not work properly.
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I think there is a spray you can buy so that you can just spray on one side of a piece of glass...\n\nhere is a website you can try:\nhttp://www.make-stuff.com/formulas/mirrors.html
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I certainly hope you have visited the link below for visual and mathematical insights into this problem.\n\nHowever, the only materials that come to mind which lend themselves to a physical model of this transformation are:\n\n o thin-but-rigid springs or "lead" wire(s) as supports/frames\n o plastic wrap as a surface substrate\n o flexible, rubberized, quick-drying paint as a protective layer\n\nI regret that my imagination is limited with respect to this problem, but good luck with your project!
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The history of mirrors.\nThe history of mirrors dates back to ancient times when mankind first saw reflections in a pond or river and considered it magic. Long befor man was able to make mirrors out of glass, mirrors made of metal were used. Sheets of metal, mostley copper, was flattend and polished until it could be used as a mirror.\n\nThe mirror of the ancient Greeks and Romans was a disk of metal with a highly polished face, sometimes with a design on the back, and usually with a handle.\n\nThat mirrors were used in ancient times, can also be found in the bible:\n\nExodus 38:8\n"And he made the laver of brass, and the foot of it of brass, of the lookingglasses of the women assembling, which assembled at the door of the tabernacle of the congregation."\n\n\n\nMirrors in ancient Egypt\n \nThese polished bronze mirrors were used to reflect the face. They were made of molten bronze or copper. They were round, oval, square and most of the time they had a handle. If any rust developed it was easily polished new. Later in ancient Rome mirrors were made of tin, silver and even gold. \n\nEven in present time mirrors made out of metal are being used. Just think of the laughing mirrors you can find on fairs and carnivals and traffic safety mirrors \n\nAlso small glass mirrors were used. Mirrors made of natural glass 'obsidian' with a surface as shiny as possible. Pieces of this glass sometimes were embeded in walls.\n\n\n\nThe Romans\nMuch later, after the discovery of glass making, the Romans made mirrors out of glass by finishing them with a metall layer.\n\nAt excavations in Germany a mirror made out of glass of 7 x 4 cm, that was covered on one side with a layer of gold that was sealed with a red shellac. In Roman graves dating from the second and third century there were also found pieces of glass covered with lead.\n\n\n\nThe Middle Ages\n»mercury mirrors \nAfter the discovery of glassblowing in the 14th century, mirrors were made out of glass bulbs. The glassblower blew a glass bulb that while still hot, was filled with a mixture of metalls such as lead, antimony and tin, through the blowingpipe. After cooling the bulbs, they were cut in pieces, thus forming little hollow (convex) mirrors. Although these mirrors did not have a perfect reflection, people did not mind at all. The mirrors available at that time, were made out of metall which wasn't flat and had an even worse reflection.\n\nAt the end of the Middle Ages this type of producing mirrors with liquid metalls, did evolve into the production of mercury mirrors. The metal used was in fact an amalgam of tin and mercury. A method of backing a plate of flat glass with a thin sheet of reflecting metal came into widespread production in Venice during the 16th century.\n\nIn 1507 the Danzola del Gallo brothers from Murano near Venice asked the Council of Ten:\n\n"...the privilege for 25 years to manufacture clear and almost perfect mirrors out of crystal, unknown to the whole world except to a factory in Germany which in alliance with a Flamish factory held the monopolie in producing this type of mirrorglass....".\n\nTherefor we can conclude that in Germany and in Belgium (Flandria) this method was already being used. The exact ingredients and procedure were kept secret for a long time, these mirrors therefor were very expensive. In 1683 the legacy of the French minister Colbert held a Venetian mirror of 115 x 65 cm, mounted in a silver frame. The mirror was sold for almost 3 times the price of a painting of Rubens, that was also a part of this legacy!\n\nThe reflecting layer of mercury on mirrors, which were made throughout a period of 400 years, existed out of 75% of tin and approximatly 25% mercury. The name 'tin mirror' therefor would be more appropriate. Technicaly spoken, it was neither one of them. The metal used was in fact an amalgam of tin and mercury.\n\nProducing this kind of mirrors was complicated and took a lot of time. Th
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Glass or perspex(plastic).Each have their advantages and disadvantages
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With a hot directed flame you can shape glass and make the lab equipment that you need. In a glass factory glass is made into all different shapes. Glass tht we know is really a liquid. You cansee this in an old window that has become rippled.
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Glass is made of sandstone.  Stone would be earth.
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bown wood with glass panels
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Furniture is sanded smooth and then usually a varnish is applied. The varnish protects the wood and gives it the shiny surface. THUS the reflection.