Sour,Bitter,Can burn you
Sour,Bitter,Can burn you
Solutions are considered acidic when they have a pH below 7. This indicates a higher concentration of hydrogen ions, which gives the solution its acidic properties. Common examples of acidic solutions include vinegar (pH around 2) and lemon juice (pH around 2-3).
The hydrogen ion (H+) is responsible for the acidic properties of a liquid solution. In acidic solutions, there is an excess of H+ ions, which lowers the pH of the solution.
The hydrogen ion (H+) is responsible for acidic properties. In acidic solutions, there is a higher concentration of H+ ions, which gives the solution its characteristic sour taste and ability to conduct electricity.
In acid conditions it is colorless and in basic conditions it is pink and then bright red
The common property that both acidic and basic solutions share is the ability to conduct electricity due to the presence of ions (H+ or OH-) in the solution. This is why acidic and basic solutions are termed as electrolytes.
Electrolytes can be both acidic and basic. It depends on the specific electrolyte and its chemical properties. Some electrolytes can produce acidic solutions, while others can produce alkaline (basic) solutions.
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.
Metals typically form basic oxides, which dissolve in water to form alkaline solutions. Nonmetals usually form acidic oxides, which can react with water to form acidic solutions. Oxides of metalloids can exhibit both acidic and basic properties.
Hydrogen ion (H+) is a commonly recognized acidic cation. Other cations like aluminum ion (Al3+) and zinc ion (Zn2+) can also exhibit acidic properties based on their behavior in solutions.
Cyanidin is red in acidic solution, and blue in basic solution
The pH scale ranges from 0 to 14. . A pH less than 7 is acidic. A pH greater than 7 is basic. A pH of 7 is neutral