All of the following are strong acids EXCEPT: (hydrochloric, sulfuric, nitric, or acetic)?
825062
That would be acetic acid, which is C2H4O2 or CH3COOH (whichever way your book writes it). The main reason is that strong acids are strong electrolytes. Strong electrolytes are electrolytes that exist in solution almost entirely as ions (when dissolved, they break up into separate ions). NaCl would separate into Na+ ions and Cl- ions. However, a molecule, such as acetate wouldn't break up into ions, but would go into the solution as a molecule.
802199
Hi,, hydrogen, oxygen, and nitrogen... \n\n good luck.....
611049
pervious answer is incorrent.\n\nThere are 0.1 moles of H30+ ions in the solution as once sulphuric acid has dissociated once it creates the rather stable conjugate base HSO4+ which is what makes sulphuric acid "strong".  This ion has a very small pK value, and is to all purposes not dissociated.  Reaction of the solution with a base will encourage it to dissociate tho.
784952
C\n\nthis is the definition of a strong acid.\n\nIt ionizes completely in water rather than entering into an equilibrium as a weak acid would do.
162889
Every acid has one thing in common - it liberates hydrogen in a reaction.  Thus HCl(Hydrochloric acid)  H2SO4 (sulfuric), CH3COOH (acetic)
260820
Binary acids are composed of only two elements: H and some non-metal.  For example - HCl, H2S.  They are named with the prefix "hydro", then the root of the nonmetal's name, then the suffix "ic", then the word "acid".  For the two examples above, these are "hydrochloric acid" and "hydrosulfuric acid".\n\nOxyacids have three elements: H, O, and some nonmetal.  For example - HClO2, H2SO4.  They are named according to the oxidation state of the nonmetal.  Where there are only two stable oxidation states, for example H2SO4 and H2SO3, the higher is named by the root of the nonmetal's name, followed by the suffix "ic" (H2SO4 = "sulfuric acid") and the lower has the suffix "ous" (H2SO3 - "sulfurous acid").  Those with more oxidation states are named similarly to the chlorine series: HClO = "hypochlorous acid", HClO2 = "chlorous acid", HClO3 = "chloric acid", and HClO4 = "perchloric acid", where the prefixes "hypo" and "per" distinguish additional oxidation states below and above, respectively.
526531
1)carbonic acid- H2CO3 -in fizzy soft drinks\n2)hydrochloric acid- HCl -used in cleaning metal            surfaces;found as the dilute acid in the stomach\n3)nitric acid- HNO3 - used in making fertilisers & explosives\n4)phosphoric acid- H2SO4 -in car batteries;used in making fertilisers,paints & detergents\n5)phoshoric acid- H3PO4 -in anti-rust paint;used in making fertilisers\n6)ethanoic acid- CH3COOH -in vinegar\n7)methanoic acid- HCOOH -in ant & nettle stings;used in kettle descaler\n8)lactic acid-in sour milk\n9) citric acid- C6H8O7 -in lemons,oranges & other citrus fruits\n1-5 are mineral acids & 6-9 are organic acids.hope that helped-cheers!
376499
Trifluoroacetic acid is a strong acid with a pKa of ~0.2 to 0.3.  Acetic acid is a weak acid with a pKa of 4.75.  \n\nTrifluoroacetic acid is about 10^4.5 (10^(4.75-0.25)) times as dissociated as acetic acid.
797713
A strong acid is an acid that dissociates completely in an aqueous solution, ie. 100% hydronium ions.
804052
The conjugate acid of any base B: is HB.  So the answers are HF, HSO4-, NH4+, and H2S+.  (Are you sure that wasn't supposed to be HS- and H2S?)
721787
Acetic acid is a fancy name for vinegar...if you mix it with baking soda it fizzes, that's evidence of acidity... also you can mix it with hydrogen peroxide. I can't think of an easy third test...maybe ammonium nitrate... all these tests would involve litmus paper by the way.
526078
mostly acids. do your own homework
197519
acetic acid is vinegar.  used for cooking, cleaning, stripping of other chemicals.  You name it
590739
weak organic acid= vinegar\nTitanium Oxide = sun block\nalkaline earth hydroxide= milk of magnesia\nalkali metal= NaCl\npaper chromatography= a penny and iron vinegar mixture\ntransition element= iron or copper\nnonmetal=sugar\nelectrolyte= NaCl\na noneletrolyte solution= sugar and water\noxide  of a element = rust or sun block
486005
Anything that dissociates well in water. Any strong acids or bases are good, so are salts of those since they exists as ions in solutions. Weak acids and bases are weak electrolytes, since they don't dissociate as well. The most common is probably table salt, NaCl. Potassium by itself is just a metal the reacts violently with water and is not a good electrolyte, but potassium compounds are, as are sodium compounds. \n\nNote: Remember, just because something dissolves well doesn't mean that it is necessarily a strong electrolyte., it must also dissociate into ions. Sugar dissolves in water, but since it doesn't separate into ions it is not an electrolyte.
900048
There are several.  Most are non-metalic oxides.\n\nCarbon dioxide:\nCO2 + H2O --> H2CO3 (carbonic acid)\n\nSulfur trioxide\nSO3 + H2O  -->  H2SO4 (sulfuric acid)\n\nSulfur diodixe\nSO2 + H2O  -->  H2SO3 (sulfurous acid)\n\nNitrogen dioxide\n3NO2 + H2O --> 2HNO3 (nitric acid) + NO\n\nThere are many others.
445370
well this question was asked two days before.\nsearch for this question u'll get all the knowledge\nstrongest oxo-acid-- HClO4\nstrongest protonic acid--H2SO4\nstrongest lewis acid----SBF5\n btw HF is not consider very strong bcoz F is very small atom and it does not loose H+ very easily.\n\nEDIT: Question(very odd name) there has been acids with negative pH and 0 pH( 0pH is more stronger than 1)