what gas ? is produced when you mix muratic acid with clorine bleach?
108256
More than likely a chlorine gas I would rec. NOT experimenting with the two. I work in the water treatment field. Trust me
577177
Muriatic acid is just the old name for Hydrochloric acid.\n\nGood point about diluting Sciguy.  But pour the acid into the water, not the water into the acid, to prevent boiling.
476397
bubbling the O2/Cl2 mixture through aqueous NaOH will remove the Cl2.  it reacts to give bleach ... NaOCl ... (and salt and water).  assuming you didn't want the Cl2 ;-)
221781
you mean like farts?! well, from my past expriences and from what people have told me, its a build up of chemicals in your body that get released through one whole or the other.  ya know when you add chlorine to bleach and put it in a closed container, it explodes, becasue of the build up of chemicals inside, the pressure gets to high, it's gotta come out somewhere, right?\n\ndoes that at all sound logical?
245701
Yeah. That's how they make it industrially.\n\nH2 + Cl2 --> 2HCl\n\nIt's not easy however, because it'll make HCl gas. You have to dissolve that gas in water for it to become hydrochloric acid. It also is highly exothermic, meaning it produces a lot of heat. Oh, by the way, if the gas comes into contact with your skin (you're made of mostly water), it'll form concentrated hydrochloric acid, right on your skin. Not fun. \n\nAn easier way is to making a dissolved table salt solution and add sulfuric acid, although obtaining sulfuric acid isn't easy either.\n\n2NaCl + H2SO4 --> 2HCl + Na2SO4\n\nDon't do it. You don't even know if it's chlorine and hydrogen gas, and you could get hurt very badly.
159384
Baking soda and vinegar. Be careful with other chemicals because some of them are dangerous like bleach and toilet bowl cleaner. The clorine fumes can damage your lungs.
174609
Bleach is not an acid.  It has a pH of over 12, making it a strong base.\n\nVinegar is an acid, though.
1054682
It "fizzes".  When you put acid on CaCO3 it reacts to release CO2 gas:\n\nCaCO3 + 2H+(aq)  -> Ca2+(aq) + H2O + CO2(g)
1177272
Chlorine gas can be produced by the electrolysis of Sodium Chlo rid (Salt) , Chlorine gas is used as disinfectant for water , the products of electrolysis of salt are, chlorine gas which liquefied and filled in cylinders, Caustic Soda, HCl . clorox which is a trade name for sodium hypochlorite Na0Cl(4%solution ) is used for household uses , produced by the reaction of chlorine with caustic soda and diluted with distilled water.
184653
By making glycerine a low pH, you make it more acidic. Bleaching solutions are more stable at a low pH.\n\n"bleaching products include glycerine, sodium stannate, flavorings, and phosphoric or citric\nacid. Because bleaching solutions are more stable at a lower pH, phosphoric or citric acid\nis added to lower their pH. Commonly, home bleaching products have a pH range of from\n5 to 7, but some products vary from 3 to 8.5 due to variations in quality control. It is\nimportant to note that the somewhat low pH of bleaching products is quickly neutralized\nwhen the solution comes into contact with saliva."
802465
carboxylic acid, as represented by -(C=O)-OH. For more info, check the source.
1103908
you mean into a chloride?\neasy just add concentrated hydrochloric acid.the chloride will precipitate. and the sulfate will come out as hydrogen sulfide gas and water. maybe you need hydrogen to be passed in the mixture.\nna 2(so4)   + hcl  =      nacl   + h2s  + h2o
161405
The elements Hydrogen (H+) and Chlorine (Cl-) to make HCl (aka hydrochloric acid)
933460
it's the breakdown of food that creates gas. alka seltzer or bicarbonate is recommended.
205486
If you're cleaning with bleach, and you breathe in a little bit, it's not great, but won't kill you.  But remember to get fresh air fairly often.  Take a break, go into the other room, breathe a few fresh breathes, then come back.\n\nAlso, never mix ammonia and bleach.  The fumes from that are lethal!
586833
the vinegar is a solution of water and acetic acid.  the acetic acid exists as acetate ion and hydrogen ion.  the bicarbonate is a sodium ion and a bicarbonate ion.  when the two combine, the postive hydrogen ion combines with the negative bicarbonate ion to produce carbon dioxide and water, and the negative acetate ion and the postive sodium ion combine (well, they really don't combine, they stay apart and disolved in the solution) to become sodium acetate.  what's left is a water solution with sodium acetate desolved in it and bubbles of carbon dioxide coming out of the solution.
426561
If u added conc sulphuric acid instead of nitric acid carefully along the sides of the test tube, u would get a violet ring.This is actually a condensation product between alpha naphthol and 2-methyl furfural.