What do you get when limestone reacts with sulphuric acid?
832156
This is what actually happens:\n\nCaCO3 + H2SO4=H20+CO2+CaSO4\n\nIn short, you get carbon dioxide, water and CaSO4. CaSO4 is better known as gypsum:\nhttp://www.galleries.com/minerals/sulfates/gypsum/gypsum.htm\n\nGypsum is used to create plaster of paris.\n\nWhoever said acid rain needs to go back to class.
693396
To minimize the risks while working with sulfuric acid, appropriate precautions should be taken. For example, water should never be added to the concentrated acid, as the water could boil; rather, acid should be added to water.\n \nSee link below and scroll down to “Safety”.
30400
Sulfuric Acid- just learned that today... check the link for more info...\nit is a VERY strong acid!
80509
vinegar is a weak acid so it will not disociate fully to react with the bicarbonate,something like this does not need the exact calculation for the reaction,you could use a strong acid if weight is an issue otherwise use at least 10 times by volume more vinegar that soda
94062
I wanted to help you but I just wonder where the sulfur atom in SO2 comes from? Sulfuric acid, maybe, somewhere in your process? Or is it SeO2? These have to be clarified first to get a reliable answer.
833869
limewater, turns chalky (forms white precipitate of calcium carbonate) when reacted with carbon dioxide. limewater is actually calcium hydroxide
206920
lime = CaCO3; CaC03 + 2HCl --> CaCl2 + CO2 + H2O. You will get 1 mole of CO2 (44g) for every mole of lime reacted.
256628
if we are talking just Vinegar (acetic acid) and sulfur there is a possibility it would react to form hydrogen sulfide (H2S). H2S is toxic so you need to do it in small amounts and a WELL VENTILATED AREA!!!
321565
It depends on the rock composition and it depends on the acid strength.  Calcite will bubble with Hydro-chloric acid.
97980
Barium sulfate will precipitate. The reaction is\n\nCuSO4(aq)+ BaCl2(aq)---> 2CuCl(aq)+ BaSO4(s)
690069
Good question.\n\nLimestone is found in the earth.  Refined Limestone and limestone in it's pure form is known as Calcium Carbonate.  (CaCO3).\nIf you mix limestone with water, you'll get some mixing, but not all the limestone will go into solution.  What did go into solution can be "painted" onto a wall but it won't stay past the next few rains.  \nIn order to use limestone for paint, it has to be refined.  In other words, it has to go through a chemical reaction such as Carbonation, in order to get the product that you desire.  \nPlease see my sources for more information.
480571
H2S in solution is a weak acid and so will react to produce Water plus a sulphide salt with any strong base.
828596
It reacts when in contact with any acid material. When combined with an acid, it forms a salt.
314656
When you blow into it , you actually blow in carbon-di-oxide which reacts with limewater making it chalky.The reaction is as follows-\n\nLimewater + Carbon-di-oxide ----- Calcium Carbonate
434401
I am pretty sure i did this right. using the CaCO3(s)as the limestone, i got 1178.934669 grams of CaO. (I didn't round the final answer, and w/in the problem itself, i rounded the atomic masses of Calcium (to 40.1), oxygen (to 15.9), and carbon (to 12)
907925
8. SO3 + H2O --> H2SO4 (sulphuric acid)\n9. Nitric acid - reducing agent\n    Sulphuric acid - concentrated H2SO4 can be used a drying agent, catalyst (in esterification); otherwise, in manufacturing of fertilizers, detergents, and as a battery acid in cars\n    Phosphoric acid - no idea...\n    Carbonic acid - in making carbonated drinks\n\nHope this helps :)
255642
In the case of metals what happens is that the protons "steal" the electrons of the metal to evolve a H2, or hydrogen gas, in doing so, the metal for example Fe, turns to Fe++ which will dissolve, if the acid used is HCL then you'll get as products H2  and Iron Chloride, if the acid is sulfuric, you'll get H2 and Iron Sulfate. This is completely electrochemical, whereas when an acid attacks  cement is just chemical, and what evolves is carbon dioxide, with skin, I'm not so sure.