CH3CH3 falls into the other category. CH3 is the chemical formula for a methyl group that may be attached to molecules.
CH3CH3, also known as ethane, is neither an acid nor a base. Acidic and basic properties are associated with substances that can release or accept protons. Ethane does not have the ability to do either, so it is not considered an acid or a base.
acid + base → salt + water
BaSO4 is a salt because it is formed from the reaction of a base (barium hydroxide) and an acid (sulfuric acid), resulting in the neutralization of the acid with the base. Salt compounds are formed when the hydrogen ions of an acid are replaced by metal ions or other positive ions.
When an acid and a base neutralize each other, they form salt and water as products. The salt is typically composed of the cation from the base and the anion from the acid. The reaction is called a neutralization reaction.
Fundamentally: acid + base --> a salt + water However, other acid base reactions exist: ex. acid + base --> conjugate base (loses a H) + conjugate acid (gains a H)
CH3CH3, also known as ethane, is neither an acid nor a base. Acidic and basic properties are associated with substances that can release or accept protons. Ethane does not have the ability to do either, so it is not considered an acid or a base.
CH3CH3 falls into the other category. CH3 is the chemical formula for a methyl group that may be attached to molecules.
when an acid and a base combine, salt and water are formed. This process of reaction of an acid and base is called neutralisation.
acid + base → salt + water
BaSO4 is a salt because it is formed from the reaction of a base (barium hydroxide) and an acid (sulfuric acid), resulting in the neutralization of the acid with the base. Salt compounds are formed when the hydrogen ions of an acid are replaced by metal ions or other positive ions.
Water but if the water evaporates salt will be there.
When an acid and a base neutralize each other, they form salt and water as products. The salt is typically composed of the cation from the base and the anion from the acid. The reaction is called a neutralization reaction.
Fundamentally: acid + base --> a salt + water However, other acid base reactions exist: ex. acid + base --> conjugate base (loses a H) + conjugate acid (gains a H)
When an acid and a base neutralize each other, they form water and a salt. The salt formed will depend on the specific acid and base that reacted.
They neutralise each other, assuming you neutralise a volume of acid with a base of the same molarity they completely cancel each other out leaving water and a salt. The salt differs depending on the acid and base used.
They form salt and in most of the cases also the water molecules.
When an acid and a base are mixed together, they neutralize each other to form water and a salt. The reaction between an acid and a base is known as a neutralization reaction. The salt formed depends on the specific acid and base that are mixed.