Whats will be produced if u add sodiumhydroxide to carbondioxide?
458346
2NaOH + CO2 = Na2CO3 + H2O
943362
Well I can not think of one single thing that has anything to do with sodium politically.\n\nBut commercially they make sodium hydroxide from it and also drain uncloggers like Drano.  Yes it is true that most of the NaOH in the world is made by an electrlysis reaction but some is made by just adding sodium to water.\n\nPlus the manufacturing of chemicals for chemical suppliers to schools all around the country.\n\nThe economy certainly benifits from thousands of schools buying the products that sodium has made and also some schools chemistry departments actually buy sodium metal as a demo or just to show what it looks like.\n\nSodium metal was also featured in a recent episode of CSI: Las Vegas as a weapon.  I don't know if that has anything to do with what you need but it would be something neat to throw into your project if you can figure out how to incorporate it. lol\n\nI hope that some of this is helpful and that you can use it.
874168
I'm with that guy above..... I have never heard of Carbon Hydroxide before, but I think its C(OH)4
814611
CdSo4+NH4OH ---->Cd(OH)2 + (NH4)2SO4
8783
It depends on what you are adding the NaOH to.  If you add NaOH to pure H2O the ideal solution mixture will become more alkaline...i.e. higher pH.  If you add NaOH to a stronger organic base such as an Azide (N3-) the solution will be come more acidic...i.e. lower pH.
283437
Sodium Hydroxide dissolves in water and dissassociated completely to form Sodium +1 and Hydroxide -1 ions in solution.\n\nNaOH --H2O--> Na+(aq) + OH-(aq)
863086
More sodium bicarbonate means that you are adding to the reactant side and therefore the equilibrium will shift from the product to the reactant.
508324
First off... dihydrogen monoxide is ....WATER!!!!!!!!!\n\nThe smaller the salt crystals you are trying to dissolve, the more rapidly they will dissolve... due to increased surface area.
608403
NaOH (aq) + HCl (aq) --> NaCl (aq) + H2O (l)
696429
sodium ethanoate and carbon dioxide along with water
774296
When NaOH is added Sodium carbonate remains unaffected but \nbicarbonate is affected as it releases a proton from bicarbonate ion.\nNaHCO3 + NaOH ~~~~~~ Na2 CO3  + Water\n\nWhen Barium Chloride is added to Sod.Carbonate BariumCarbonate and Sodium Chloride is formed.\nBaCl2 + Na2CO3 ~~~~~ BaCO3 + 2NaCl\n\nWith bicarbonate no rxn occurs.
297663
I did an AICHE project on this a year ago.  We set up a model using a tower and extracted CO2 from the atmosphere using NaOH.  CO2 + NaOH yields sodium bicarbonate.  It's very expensive to do, however, because the regeneration process of NaOH required a lot of energy.  Also, we ran into problems with air circulation.  Obviously the percentage of CO2 in the atmosphere is very small in comparison to nitrogen and oxygen, so in order to sequester enough CO2 to make a difference in the atmosphere, you have to be moving air at phenomenal velocities, which requires a lot of energy.  Burning fuel to produce this energy is kind of an oxymoron because you'd be adding to the problem of CO2; therefore, we used solar energy in our model.  We then said we'd store the CO2 in empty oil storages.
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Another name for the electrolytic dissociation of sodium chloride solution is electrolysis of brine.\n\nThe electrolysis would generate hydrogen gas, chlorine gas, and a solution of sodium hydroxide.
887802
I sure hope this is just a paper exercise and is not going to be actually performed.  Sodium hydride will react very exothermically with water and is extremely hazardous.
206901
Add heat.\nAdd a catalyst.
572926
FIRST OF ALL WHY THE SODIUM CHLORIDE IS HARM FULL TO HUMAN ??BUT THE ANSWER IS WRONG TEE Na Cl react with aluminum to produce hydrogen and sodium aluminum oxide. and a lot of heat. if the aluminum is in the powder form which will produce lot of heat and H2 which will cause a blast. do it your self proof the H2 with adding a balloon to the reacting bottle and let the balloon fly.
797914
The second poster does not know the difference between CO, carbon monoxide, and CO2, carbon dioxide.\n\nDid you mean coal or corn?  If you meant corn, as in corn cobs, the ash is mainly anhydrous potassium carbonates, oxides, and other potassium salts.  It is commonly called potash, literally "potassium ash".  If it is heated to a very high temperature the carbonate decomposes, giving off carbon dioxide gas and leaving "caustic potash", potassium hydroxide.\n\nOur ancestors used potash to make hard bars of soap when it is mixed with fat, stearic acid.  Soft soap that doesn't harden into bars is made with sodium salts.