I would like to know the formula for renaissance wax?
453257
The recipe is proprietory, but you can by some here, and analyze it with your GC-MS...
260479
History of Nail Polish Ingredients\n\nNails Tip\nDuring the Ming Dynasty, polish was made from a combination of beeswax, egg whites, gelatine, vegetable dies and arabic gum. The polish we use today can give its thanks to the car industry. \n\nToday's polish is a refined version of car paint.\nLike nitrocellulose, ethyl acetate, isopropyl alcohol, butyl acetate, stearalkonium hectorite, dibutyl phthalate, styrene/acrylates copolymer,calcium pantothenate, polyester resin,stearalkonium bentonite & benzophenone-1 \n\nhttp://beauty.about.com/cs/nails/qt/polish_history.htm
630069
NaOH (Base) + HNO3 (Acid) -> NaNO3 (Salt) + H2O (Water)\n   H  H H\n   |  | |\nH-C-C-C-H\n   | | |\n   H H H\n\nReplace the last H by an -O-H\n\nDraw the carbon skeleton first.
663777
SOrry, I can't help you. If I had the formulas I could do it, but there is no way I remember that off the top of my head! Good luck
432772
I'm not sure about waning but I think waxing comes from wax :-O. But seriously if you take an object and dip it in wax repeatedly it get bigger over time
520066
You can find how to calculate the empirical formula at http://dbhs.wvusd.k12.ca.us/webdocs/Mole/EmpiricalFormula.html
84557
A simpler formula will be SO2+NO2+CO2+H20 (unlimited)-> H2SO4 (strong and oxidant) +  HNO3 (nitric acid, stronger and oxidant) +  H2C03 (carbonic acid, weak but ´till corrosive, just like the soft drinks)
39964
Try a dry paper towel and an Iron.  Keep changing the towel as it takes up the wax.\n\nGood Luck.
846447
http://www.bbc.co.uk/schools/gcsebitesize/chemistry/classifyingmaterials/formulae_and_equationsrev4.shtml
603820
Well i cannot write the whole formula here but check the link below
371399
First, pick out all the wax you can. Take a brown paper bag and lay it over the wax. With a hot iron, no steam, iron the area and the wax will come up onto the brown paper bag.  Some people use ice cubes to freeze the wax, then pick it off, but I haven't had much success with this method.  There is also a product sold at Michaels craft stores called Wax Away that works pretty well.  It is in the candle aisle.  Good Luck. I prefer the iron method, myself, because it really gets more of the  wax out than other methods.
247666
It is indeed a wax. Plants create waxes as bees do. The chemical composition differs but these waxes consist of long hydrocarbon chains that may or may not be attached to a hydroxyl functionality. We had huge argumenets with federal scientists when I was preforming analysis for fats. The old method of analyzing fats involved stripping the food product with a solvent and evaporating the solvent and weighing the residue.\n\nFats are defined quite differently by law as being the sum of the fatty acids, expressed as triglycerides, from a food product. \n\nWaxes help plants retain their moisture in dry weather.
248675
There are instructions here:\nhttp://www.soapcrafters.com/recipes_shampoo.htm\nhttp://www.craftbits.com/viewProject.do?projectID=133\nhttp://www.aromaticsandmore.com/formulas/making_shampoo.html
611218
Wax is mostly a blend of long straight-chain hydrocarbons (alkanes, also called olefins).  It is a waxy (ha ha) solid at room temperature, and stable.  When you light a candle, the flame on the wick begins to melt some of the wax.  The liquid wax is drawn up the wick, where it burns, being converted to carbon dioxide, water, light, and heat.  Any other chemical compounds, such as fragrances, are also released at this time, usually from the pool of molten wax around the wick.
304926
See if these answer your question.\n\nhttp://www.finishing.com/Library/flux.html\n\nwww.residues.com/pdfs/woa_flux_residue.pdf\n\nhttp://smt.pennnet.com/Articles/Article_Display.cfm?Section=Archives&Subsection=Display&ARTICLE_ID=83118
485893
Check on the internet for the ratios used by comercial factories, then prepare a solution from glycol and water in the given proportion. That's all!!!
694912
I do not know where you got your formula for cellulose.  Cellulose is usually considered as having variable length of anywhere from 2000 to 14000 units of -(C6H10O5)-\n\nUsing C52H84O22, combustion would be:\n\n62 O2 (g) + C52H84O22  (s) -->  52 CO2 (g) + 42 H2O (g)