A strong acid is one that when dissolved in water, it will completely ionize (above 90% dissociation) and give a high concentration of protons and so, has a low pH (0 to2).
FrOH is not a standard chemical formula. If you mean HfOH (hydrofluoric acid), it is a weak acid in aqueous solutions. If you are referring to another compound, please provide the correct formula for more accurate information.
'Aq' in chemistry is an abbreviation of the word 'Aqueous' meaning dissolved in solution. The opposite of aqueous is 'Anhydrous' meaning not in solution. Example | You can dissolve anhydrous citric acid into a beaker of distilled water, which would make an aqueous solution of citric acid.
They are the state symbols in a chemical reaction. s = solid l = (pure) liquid g = gas aq = aqueous ( water) solution.
Dilute acid is a solution of acid in water with a lower concentration of acid. It is commonly used in various chemical reactions and experiments where a less concentrated acid solution is needed to prevent strong reactions or harm. Dilute acid solutions have a lower pH compared to concentrated acid solutions.
In a chemical equation, the subscript (aq) after a molecule means that it is aqueous. An aqueous solution is a solution in which the solvent is water.Example: CN-(aq), H2CO3(aq)It represents that the ionic state is only in the water (solute); Latin 'aqua' is waterIt stands for "aqueous", and means it's dissolved in water.
-noun Chemistry. Xenic acid is the aqueous solution of xenon trioxide, a stable weak acid and strong oxidizing agent.
Aqueous HCl refers to hydrochloric acid that has been dissolved in water, resulting in a solution of HCl molecules and water molecules. In this form, HCl can conduct electricity due to the dissociation of the acid into H+ ions and Cl- ions.
aqueous or solution in water
FrOH is not a standard chemical formula. If you mean HfOH (hydrofluoric acid), it is a weak acid in aqueous solutions. If you are referring to another compound, please provide the correct formula for more accurate information.
'Aq' in chemistry is an abbreviation of the word 'Aqueous' meaning dissolved in solution. The opposite of aqueous is 'Anhydrous' meaning not in solution. Example | You can dissolve anhydrous citric acid into a beaker of distilled water, which would make an aqueous solution of citric acid.
An aqueous solution is formed when a substance is dissolved in water. The latin for water is 'aqua' - hence the word 'aqueous'.A solution in which water is the primary solvent.
It means the acid disassociates to almost 100% in solution. HCl H + and Cl - Happens to almost all the molecules of hydrochloric acid in this simplified example.
They are the state symbols in a chemical reaction. s = solid l = (pure) liquid g = gas aq = aqueous ( water) solution.
Dilute acid is a solution of acid in water with a lower concentration of acid. It is commonly used in various chemical reactions and experiments where a less concentrated acid solution is needed to prevent strong reactions or harm. Dilute acid solutions have a lower pH compared to concentrated acid solutions.
"2HCl aq" refers to a chemical equation showing that two molecules of hydrochloric acid (HCl) are present in aqueous solution. This notation helps to indicate the stoichiometry of the reactants in a chemical reaction.
Not necessarily. It depends on exactly what you mean by "safe", and "dilute" in chemical stockroom terms can still mean "pretty darn strong" in layman's terms... for example, the lab bottle marked "dilute sulfuric acid" is probably 6M, and is quite corrosive.
it means that the acid or the base doesn't completely dissociate when placed in water. Let's take a weak acid. HNO2. When placed in water, not all of the HNO2 molecules will break apart. The ions in the solution will be H+, NO2-, and HNO2. Because there are less ions in the solution, the acid/base is weak. Not all of the HNO2 will break apart! A strong acid will completely dissociate. That means if you place HCl in water, the ions will be H+, and Cl-, NO HCl. This is because once they break apart, the chlorine will stay apart from the hydrogen. This leaves many ions in the solution, making the acid/base strong.