It's the hydrogen ion: H+
The answer above is only partly true. First of all, in any aqueous solution, it is hydronium, H3O+, and not the hydrogen ion that is found. Secondly, this answer assumes the Arrhenius definition (or Bronstead-Lowry definition) of acids. The most general definition of acids is the Lewis definition, which states that acids are electron acceptors. This has nothing to do with hydrogen or hydronium, and using this definition, an acidic substance may not have any H+ or H3O+ present. Using the Lewis definition, there is no common constituent in acid solutions in fact!
1 Carbon 2 Hydrogen 3 Oxygen 4 Sulfur
Hydrogen
DNA is a nucleic acid that occurs as a double helix. It is a fundamental constituent in all living cells, and is a carrier of the genetic information.
A solution can only be acidic if it is aqueous as H3O+ ions cause acid properties. All acid solutions are by definition soluble in water.
The most common examples of a strong acid are sulfuric acid (H2SO4), hydrochloric acid (HCl), and nitric acid (HNO3). Th other common strong acids are hydrobromic acid (HBr), Hydroiodic acid (HI), and perchloric acid (HClO4).
Leu
No, in the same way a dilute acid can be classed as a strong acid. Even very dilute sodium hydroxide is still classed as a strong base.
No
Hydrogen
Carbon Dioxide is always in the atmosphere, so all rain has some carbonic acid in it.
they all have a product.........
all acid solutions and most salt solutions and water in most formats
0 acid all alcoholine solution
Deoxyribonucleic acid or (DNA), a self-replicating material present in nearly all living organisms as the main constituent of chromosomes. It is the carrier of genetic information.
DNA is a nucleic acid that occurs as a double helix. It is a fundamental constituent in all living cells, and is a carrier of the genetic information.
A solution can only be acidic if it is aqueous as H3O+ ions cause acid properties. All acid solutions are by definition soluble in water.
hydrogen
They all contain a solvent and a solute (or more solutes).
give at least 3 life situations where solutions can be used afficiently?