what is produced when you drop a ball of aluminum foil into a bottle of drano?
367193
Draino is essential NaOH add that to aluminum and you will get NaOH + Al --> Al(OH)3 + Na2O + H2. So I guess hydrogen gas.
1034078
You could do a base and acid mix and explain the reaction, such as vinegar and baking soda.\n\nAlso the erupting marshmallow mixture is pretty cool... and edible.\n\nCheck out this link for a bunch of cool activities you could do.\nhttp://www.calstatela.edu/dept/chem/chem2/LACTE/K12.html
96717
See link\n\nhttp://chemistry.about.com/cs/howtos/ht/buildavolcano.htm
102955
Ethanol/SD Alcohol 40\nMonoethanolamine (MEA)\nSodium borate decahydrate (borax)\nSodium hydroxide
154941
when acid or alkiali is poured on it
754186
Lacking more detail - my suspicion is that the release of H2 will cause the amount of aluminium to be to high...\n\n-dh
93225
The gas is under pressure, so when you press the nozzel the liquid ....mmmmmm better a picture than words..\n\n http://www.aerosol.com/
1178073
The word is "extract".\n\nAlcohol containing products such as wine, champagne, whiskey, beer etc are made from food products having a lot of carbohydrates like rice, wheat, barley etc. What differs in the wine, whiskey etc. is the amount of alcohol or more precisely Ethanol or C2H5OH, it is obtained on fermentation which breaks up the long starch chains into simpler ethanol molecules.\n\nFermentation is an oxidation reaction, if allowed to continue, C2H5OH is oxidised to Acetic or Ethanoic acid CH3COOH whose diluted form is vinegar.
445950
As the metal flexes, the molecules which make up the compound are temporarily displaced and generate kinetic energy which is dissipated as heat.   The process can be demonstrated in reverse i.e. when metal is heated, the molecules are displaced and the metal becomes pliable
592262
sodium chloride definately or cesium fluoride (not sure)-evaporation of water solution\n\npresume you mean cubic close packing
532952
Combinations of explosive chemicals mixed with powdered metals to give color effects.  Like powdered aluminum creates a green color.
863647
The bio-bomb is made of a plastic alloy and employs the radioactive energy source Solinium II, which kills only living tissue and leaves the landscape and buildings unchanged. Used mostly in collaboration with the fairy time-stop, the bomb, nicknamed a blue rinse, can be calibrated to an exact radius; that is to say that it can explode and blue rinse an exact area.
947223
Alcohol, aldehyde, ketone, or carboxylic acid.
1087032
try Vogel's "Qualitative Inorganic Analysis", I'm pretty sure it has all the answers 4 u.\n\ndont care editions, but for 7th ed, ISBN is 0582218667\n\n****\nokey then, from Vogels\n\n1) when heated, lead nitrate decomposes to white solid lead oxide (PbO), brown gas (NO2) and oxygen gas. Brown gas decolorizes when contact with water. \n\n2) ammonia odur. ammonium compounds are all volatile towards heat and decomposes to ammonia and an acid but quickly recombine if the acid, in this case, hydrochloric acid, is a strong acid.\n\n3) anhydrate copper sulphate is white, hydrate copper sulphate is blue. I have no idea which one you actually heated. If it's anhydrate, no change; if hydrate, blue ---> white.\n\n4) blue precipitate forms initally, but resolve upon excess reagent, clear blue soln results due to the formation of copper complex [blue precipitate: Cu(OH)2*CuSO4, complex: [Cu(NH3)4]^2+]\n\n5) brown precipitates froms [Cu(OH)2], no change with excess reagents.\n\n6) metal-gray stipe (magnesium stipe) gains a redish brown color due to formation of copper metal. Possible decolorization of the soln (depends on how much magnesium u actually put in)\n\n7) volatile reaction, solid metal solves,ignitable gas is formed. (if phenolphthalein is added to water initally, soln becomes pink)
699534
My guess would be Duraluminium (an Aluminum alloy) orsome sort of titanium alloy... \n\nDuraluminium is used in harddisks as the ring separating the platters and in expensive bikes.
617094
Probably some of the aluminum caught fire in the fireball from the burning hydrogen.  If so, the reaction would be:\n\n4 Al +  3 O2 =====> 2 Al2O3
785715
I believe that that is aluminum nitrate, more commonly written as Al(NO3)3.  It's used in deodorant.