What are some examples of Acidic Gases? Is chlorine an acidic gas?
477089
CO2,SO2 are acidic gases.\nYes,chlorine is an acidic gas
1030535
Well, this is easy. Just look at each species and see if its oxidation state is going up or down. I'll do the first one--the rest are the same.\n\nH2S + Cl2 --> 2HCl + S\n\nWell, the sulfur is going from a -2 state to a 0 state. This means it's oxidizing. The chlorine is going from a 0 state to a -1 state. This means it's reducing. So, the sulfur is the reducing agent (because it's making the chloringe reduce) and the chlorine is the oxidizing agent. Be careful--oxidizing agent actually means it's reducing.\n\nSolve the other two the same way.
172666
When a salt derived from a strong acid and a weak base dissolves in water, the solution becomes acidic. For example, consider the process\n \nNH4Cl(s) ----H2O ---> NH4+(aq) + Cl-(aq)\n\nThe Cl- ion has no affinity for H+. The ammonium ion NH4+ is  a weak conjugate acid of the base NH4+(aq) and ionizes as follows \n\nNH4+(aq) + H2O(l) <=> NH3(aq) + H3O+(aq)\n\nor simply  \n\nNH4+(aq) <=> NH3(aq)  + H+(aq)\n\nThe equilibrium constant ( or ionization constant) for this process is given by \n\n\n\nKa = Kw / kb  =   1.0*10^-14 / 1.8*10^-5 = 5.6*10^-10\n\n\n      x^2 / .10 =  5.6*10^-10\n\n           x^2  =   5.6*10^-11\n\n             x  =    7.5*10^-6 M  =  [H+]\n\npH  =  -log [H+]\n    \n    =  5.12\n\n     my answer is  C , NH4Cl
175315
our stomach has acid in it, HCl so the sodium Bicarbonate neutralizes the acidic protons or hydrogen, B, Cl is just a harmless salt
995
Acides are H+ Ions\nBaces are OH- Ions\n\nheres a graph http://yennadon.sd42.ca/online/science/chemistry6/images/acidsbases.gif
920363
it usually creates an acid  like HCl, HF, H2SO4
509217
Mostly water (!), dissolved atmospheric gases, including CO2 which makes it slightly acidic, NOx and SOx compounds which also make it acidic and particulates. The significance of the dissolved and particulate compounds cannot be underestimated in this day and age, for example it is now true that the majority of pollutants enter Lake Superior (which, granted, has a small, forested watershed) through atmospheric deposition rather than inflow off the watershed.
1056970
some basic experiments in chem r making of common salt ,mixing hcl with various chemicals 2 produce gases
30400
Sulfuric Acid- just learned that today... check the link for more info...\nit is a VERY strong acid!
62342
Acidity is when an excess of H+ binds H2O as H3O+.  Strong acids are ones like HCl, which in solution will ionize completely--Cl-, being very soluble, will let go of H+ to make the solution acidic.  Other "weak" bases are ones that do not necessarily ionize completely.  Excess H+ will bind to sites in the weak acid molecule rather than binding to H20, meaning that the pH will not be as low (low pH < 7 = acidic).  In this way, a weak acid can act as a buffer--in pure water, it will ionize to a certain extent, but with excess H+, it will bind more H+, but the free H+ in solution will only change very little, and the pH remains rather stable.
909320
Chlorine powder is often a granulated form of a salt known as Sodium Dichloro-S-Triazinetrione.\n\nIt decomposes giving off chlorine gas, which is quite hazardous to inhale. It will decompose rapidly in the presence of a strong acid producing CO2, CO, nitrogene, and trichloroamine, as well as heat. \n\nHere is a Material Safety Data Sheet:\nhttp://www.tabex.com/Tabex%20MSDS/Chlorinating%20Granules.pdf \n\n\nPool acid is generally a form of hydrochloric acid, sometimes call muriatic acid. This acid will fume and gives off gases that will corrode nearby metals even from within a closed container. It can cause burns on skin, inhalation is dangerous, and ingestion can be fatal.\n\nHere is an MSDS sheet for muriatic acid:\nhttp://ptcl.chem.ox.ac.uk/MSDS/HY/hydrochloric_acid_1M.html
382696
Astatine is a halogen (in the second-most to the right column). It's not a noble gas. Noble gases don't react with other atoms (usually), but astatine can react with others.\n\nInterestingly, scientists estimate there is only about 1 teaspoon of naturally-occuring astatine in the Earth's crust at any one time.\n\nEDIT: ian, hydrogen is definitely not an inert gas. There are loads of hydrogen compounds everywhere, including in the human body.
327225
The elements Chlorine and Nitrogen are found in their natural, elemental forms of Chlorine gas (Cl2) and Nitrogen gas (N2) in nature, not as atomic Chlorine or atomic Nitrogen.\n \nNitrogen gas makes up the majority of Earth's atmosphere (AKA "air").\n\nChlorine gas is faily easy to produce with electrochemical reactions, or even through standard (non electrolytic) reactions.\n\n\nClorox does NOT contain Chlorine gas.  Amongst other things, the active ingredient in clorox bleach is Sodium Hypochlorite (NaOCl), not "Chlorine".
261494
It depends on what Chlorine you mean. There's Cl(2) which is Chlorine gas and then there's the chlorine that you put into pools and such. Roughly about 40 million global tons is produced each year.
43725
Bleach\nsodium hyporchlorite has HCL in it\nMuritic acid
108256
More than likely a chlorine gas I would rec. NOT experimenting with the two. I work in the water treatment field. Trust me
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!