it's liquid
mixing a solvent and a solute Apex
At room temperature some acids are liquids (sulfuric acid), some acids are solids (citric acid), and some acids are gases (hydrochloric acid; the liquid in the bottle labeled "hydrochloric acid" is actually a solution of the gas in water).
Heating sulfuric acid will release sulfur trioxide gas (SO3).
When calcium reacts with sulfuric acid, it produces calcium sulfate, hydrogen gas, and heat. This reaction is exothermic. Calcium sulfate is a white solid that precipitates out of the solution.
Sulfuric acid will react with magnesium and most other metals to produce hydrogen gas.
it is a solid.
mixing a solvent and a solute Apex
At room temperature some acids are liquids (sulfuric acid), some acids are solids (citric acid), and some acids are gases (hydrochloric acid; the liquid in the bottle labeled "hydrochloric acid" is actually a solution of the gas in water).
it is a solid at some points and a liquid at others.
Heating sulfuric acid will release sulfur trioxide gas (SO3).
When calcium reacts with sulfuric acid, it produces calcium sulfate, hydrogen gas, and heat. This reaction is exothermic. Calcium sulfate is a white solid that precipitates out of the solution.
Solid
Sulfuric acid will react with magnesium and most other metals to produce hydrogen gas.
Hydrochloric acid is formed by disolving HCl (a gas) into water. Sulfuric acid is formed by disolving H2SO4 (a liquid) in water. Pure H2SO4 is a clear syrupy liquid that absorbs any water in the air and gives off a smokey looking vapor if it is exposed to the air, but it isn't a gas, consequently sulfuric acid is not prone to off gassing unless you get it very hot.
Acetic acid melts at about 16 - 170C, so commonly it is a liquid, but will become a solid below this temp.
No, an electrolyte can be a solid, liquid, or gas that conducts electricity by the movement of ions. In common usage, electrolytes are often associated with liquid solutions, such as in batteries or electrolyte drinks, but they can exist in different physical states.
When formic acid reacts with concentrated sulfuric acid, carbon monoxide gas and water are produced. This reaction is a dehydration process, where sulfuric acid acts as a dehydrating agent by removing water molecules from formic acid. The overall reaction can be represented as HCOOH + H2SO4 -> CO + 2H2O.