adding chroline to water results in the formation of what potentially dangerous chemical?
440846
Chlorine did you mean???  It's just bleach hon. Nothing dangerous but you should mix it with ammonia THAT does cause a dangerous mix of chemicals that can burn your lungs and throat very badly.
698411
It would result in an increase of the pH of the aqueous solution.
822508
The only option I can think of is buying one of those large backyard pools that you fill up yourself and use your hose to fill it up, since that water doesnt affect you. I am allergic to chlorine so I need antiheistamines whenever I go swimming in a pool, and sometimes even when I drink tap water that hasnt been filtered. I have no problem in the ocean or river though. Rivers are fresh water and are generally cleaner than the water we drink. I cant stand the salt in ocean water and can react to that too though. GL with finding a solution.
516493
a) Toluene and Cl2 form p-chlorotoluene and HCl in presence of AlCl3\nb) nitrobenzene + Cl2 -(AlCl3)-> m-chloro-nitrobenzene\nc) chlorobenzene + Cl2 -(AlCl3)-> p-dichlorobenzene\nd) 1-(3-chlorophenyl)ethanone\ne) 3-chlorophenyl acetate\nf) methyl 3-chlorobenzoate\n\nOrganic Chem rocks!
397277
Believe it or not, Chlorine is not found naturally.  There are many compounds that can be used as precursors to make Chlorine.  Mostly, Sodium Chloride is put through an electrolysis reaction in water to yield chlorine.  Another  way to make Chlorine is to react Manganese Oxide (The same compound found in regular AA, AAA and C batteries) with Concentrated Hydrochloric Acid.  \nPlease see my sources for more information.
858751
Chlorine (Cl2) is dosed in water to disinfect gems & bacteria, so it might have an effect.Pressure pump does increase this corrosion due to the friction between the water & the pipe.
559248
For aquariums?  Chlorine can be neutralized with sodium thiosulfate... you may be able to find this at a supply place, but not much more convenient than the regular aquarium stuff.  Ascorbic acid (vitamin c) will also do it, but i'm not sure alot of AA in the water is good- might promote fungus or something.  Don't gamble on the ick stuff, even a slight mis-dose or mis-formulation could result in dead fish.  You are basically making the water just toxic enough to kill the fungus without killing Cecil.
358805
One advantage is the concept of chlorine residual.  When chlorine is added to the water at the treatment plant, it stays in the water until the very last house on the line.  As you can imagine, there are a lot of potential water contaminants that could occur in the pipes between the plant and the last house on the line.  Since there is a chlorine residual - or chlorine still in the water - those potential contaminants are taken care of.\nOzone only treats the water at the plant and there is no residual to clean any potential contamination.  Also, ozone can only be mixed on-site, whereas chlorine is easily transportable.
638627
My best guess would be chlorine.  Chlorine is harmful to humans if its concentrated enough (certainly could be concentrated enough in a chamber), and kills bacteria in water which is why it is used in water distribution.
24278
Depends on how you set it up.\n\nThe result will range from a more complete oxidation of waste to ozone saturating water and start to leave water phase.\n\nOzone is a toxic gas, - avoid ozone release.\nTreated waste will qualitatively not be more harmful than for a "normal" ozone dosis. The quantities of ketones, aldehydes, acids and carbon dioxides will increase and harmfullness depends on quantity.
797049
It's just one of the most active metals.  It has to do with it's valence.  It's even more reactive with water... it catches fire.  Its most stable form is as sodium chloride... table salt.  We put it on our food, but separately, sodium and chlorine are deadly poisons.  Chlorine is a green gas that's heavier than air and reacts with almost everything.  It turns water into hydrochloric acid, but turns sodium into sodium chloride.
1109615
"smartliketra..." is correct, those "Chlorine" tabs for pools are not really Chlorine [gas], they are usualluy Calcium Hypochlorite.\n\nCalcium Hypochlorite:  Ca(OCl)2
1050647
It depends on the levels. Very high is very bad for you. Chlorine is used to kill most germs in the pools. In Europe there are 2 pools, 1 which you swim in and the other to treat the water where the chloramines (cancer causing) are kept to a very very small level. In North America they use a different system which is much cheaper but uses higher levels of Ozone in their surge tank which gives a higher risk of cancer. Chlorine can cause also breathing problems and irritate your eyes. Also is can turn bleached hair green. On the plus side it can whiten your teeth. Flourine is similar to chlorine and is still in the tap water in North America due to the fact it gives you whiter, healthier teeth. But in Britain this was stopped some time ago due to the fact that it can cause health problems (still wonder why the Brits have bad teeth?). North America goes wholescale on all the water treatment processes from drinking water to swimming pools which is why costs are cheaper but health issues are sometimes skipped over. But the risk of swimming in un-chlorinated water is far greater! It is basically a stagnant lake otherwise. So chlorine can cause cancer on a small level but in North America it can be improved upon by implementing the decontaminating routine used in Germany where most chloramines are removed before people go swimming.
985696
Yes it can be dangerous.\n\nIt is a very reactive element and can explode/combust when it comes into contact with water, air, flames, acid etc.\n\nIt is generally stored in oil where it is relatively safe, because it is protected from the things mentioned above.
923446
I would say CH2O2 (I'm assuming you mean formic acid, not dioxirane), CH3CO2H, and water.  \n\n"Important" is a tough word here, as all of these compounds can participate in h-bonding to varying degreees, with water being the strongest and CH2F2 being the weakest.  That said, strong hydrogen bonding gives rise to many of the nifty properties of water and in all three cases the h-bonding is powerful enough to raise the boiling points to be significantly higher than what you would expect based on molecular weight.
35709
Whether the organisms change over time depends on the origin of the microorganisms. If the contamination resulted from surface water intruding into the well, the conditions may have changed.\n\nSince you suspected the well water to cause allergic reactions, I'd advise you have it tested on microorganisms again. The chlorox was added to the water after the pump, or to the bottom?\n\nThe intervals of microbiological testing depend on the amount of water you draw and the use you put the water to. If it gets into contact with food or cutlery, I'd advise intervals of 3 to 5 years. If the chlorox treatment has rendered it drinkable, regular repeats are necessary, also in order to manage the dosage.
913794
Mixing chlorine and alcohol to produce an exposion is quite dangerous, and has caused numerous injuries in children who tried to emulate those videos.  However, the reason for the explosion is that chlorine is highly reactive because it only needs to acquire one electron to fill its valence shell, so it reacts explosively with alcohol to form alkyl chloride, also called chloroalkane.