Fluoroantimonic acid is considered one of the strongest corrosive acids in the world. It is a superacid that is highly reactive and can dissolve many materials, including glass and metal. Its strength is due to the presence of the highly electronegative fluorine and strong oxidizing antimony components.
The strongest acid made in a lab is fluoroantimonic acid. It is a superacid that is over a billion times stronger than sulfuric acid and is usually made by mixing hydrogen fluoride (HF) with antimony pentafluoride (SbF5). It can dissolve almost any material and is extremely corrosive and reactive.
Sulfuric acid is known as the "king of all acids" because it is extremely strong, can fully dissociate in water to produce high concentrations of protons, and is highly corrosive. It has a wide range of industrial applications and is used in various chemical processes due to its effectiveness as an acid.
The corrosive acid quickly ate through the metal pipes, causing a dangerous leak.
Strongest Acid is HCl. Then in order of acidic strength H2CO3 , NH3(solution) and finally NaOH. In words, Hydrochloric Acid ; pH = 1 Carbomic Acid ; pH ~ 5 Ammonia solutioon ; pH ~ 8 or 9 Sodium Hydroxide ; pH ~ 12
Corrosive is a term used to describe substances that can cause damage by chemical reaction. A substance can be corrosive and either an acid or a base, depending on its chemical properties. Being corrosive does not define whether a substance is an acid or base, as both acids and bases can exhibit corrosive properties.
No. Stomach acid contains dilute hydrochloric acid, which is a strong acid, but not the strongest.
Sulfuric acid (H2SO4) is one of the strongest acids commonly used in school laboratories. It is highly corrosive and can cause severe burns, so it is important to handle it with extreme caution and follow safety protocols when using it.
The strongest acid made in a lab is fluoroantimonic acid. It is a superacid that is over a billion times stronger than sulfuric acid and is usually made by mixing hydrogen fluoride (HF) with antimony pentafluoride (SbF5). It can dissolve almost any material and is extremely corrosive and reactive.
Sulfuric acid is known as the "king of all acids" because it is extremely strong, can fully dissociate in water to produce high concentrations of protons, and is highly corrosive. It has a wide range of industrial applications and is used in various chemical processes due to its effectiveness as an acid.
The corrosive acid quickly ate through the metal pipes, causing a dangerous leak.
Depends on what you mean by dangerous and the molarity of the acid. The strongest acid is Hydroiodic Acid or HI
Fluoroantimonic acid is one of the strongest known superacids and is highly corrosive. It can react violently with water and organic materials, making it extremely dangerous to handle. Even small amounts of the acid can cause severe burns and damage to skin and tissues.
Strongest Acid is HCl. Then in order of acidic strength H2CO3 , NH3(solution) and finally NaOH. In words, Hydrochloric Acid ; pH = 1 Carbomic Acid ; pH ~ 5 Ammonia solutioon ; pH ~ 8 or 9 Sodium Hydroxide ; pH ~ 12
Corrosive is a term used to describe substances that can cause damage by chemical reaction. A substance can be corrosive and either an acid or a base, depending on its chemical properties. Being corrosive does not define whether a substance is an acid or base, as both acids and bases can exhibit corrosive properties.
The 2 main corrosive acids are hydrochrolic acid and sulphuric acid u bast@rd
Battery water is generally sulfuric acid and is a strong acid, but not the strongest acid. Carborane acid is the world's strongest acid, followed by fluorosulfonic acid. The acidity of carborane acid has been shown at least a million times stronger than concentrated sulfuric acid, and hundreds of times stronger than the previous record holder fluorosulfonic acid.
Fluoroantimonic acid is considered the strongest known acid, with a Hammett acidity function of -31.3. It is a superacid formed by mixing hydrofluoric acid and antimony pentafluoride, and can dissolve nearly any organic compound.