pentan-2-ol
H+ +hco3 -> h2o + co2
Yes at low temperatures; no at high temperatures! If H° <0 and S° <0 then a reaction is product-favored at low temperatures but not at high temperatures.
It depends on how diluted the dilute sulphuric acid is (i.e. its concentration).
The main product is Ter. butyl alcohol.
Concentrated sulfuric acid has sulfuric acid molecules where dilute sulfuric acid has sulfate ions and hydrogen ions. Water in the diluted solution acts as the ionization medium.
H+ +hco3 -> h2o + co2
It depends on how diluted the dilute sulphuric acid is (i.e. its concentration).
Yes at low temperatures; no at high temperatures! If H° <0 and S° <0 then a reaction is product-favored at low temperatures but not at high temperatures.
The main product is Ter. butyl alcohol.
Concentrated sulfuric acid has sulfuric acid molecules where dilute sulfuric acid has sulfate ions and hydrogen ions. Water in the diluted solution acts as the ionization medium.
Dilute means that something is in a mixture. In this case it is a mixture of sulfuric acid and water which are both compounds.
Driving off the water from dilute sulfuric acid will increase the concentration of the acid to the point where it will contain virtually no water.
No, although "concentrated" sulfuric acid (essentially pure H2SO4) is less dissociated than dilute sulfuric acid, simply because there's no water around for it to dissociate in.
You need to remove the water by evaporation.
Copper does not react with dilute Sulphuric acid.
Dilute sulfuric acid is still acid. It is NOT basic at all.
The most fizzing will come from the concentrated sulfuric acid, then dilute sulfuric acid, then the acetic acid.The amount of fizzing is due to the concentration of H+ in the solution, and concentrated sulfuric acid has the most H+ in solution. The dilute sulfuric acid has less (because it is dilute) and the acetic acid solution has the least of all because it is a weak acid rather than a strong acid.See the Related Questions for more information.