3/5 is my BirthDay
They do not disassociate more than about 1% in solution while sulfuric acid does disassociate almost 100% in solution. Just the large variance in proton donation in solution marks a weak acid from a strong acid.
In ancient times the strongest acid known was vinegar.
No. Vinegar is acetic acid and is a weak acid (when compared to other mineral acids).
1. If acids other than the acetic acid were present in the vinegar, it would be difficult to determine the percent of just the acetic acid, since it would be mixed with another acid.
We think that hydrochloric acid is one of the most common acids that has a place in our households.
Stronger acids have a higher concentration of hydrogen ions, making them more likely to react vigorously with other substances compared to weaker acids.
Among the options provided, hydrochloric acid (HCl) is the strongest acid. Vinegar and lemon juice are both weak acids, with lemon juice being slightly stronger than vinegar due to its higher citric acid content. Blood is neutral, with a pH close to 7, making it much weaker than the other acids listed.
Not recomended, it would take to much since vinegar is a lot weaker as acids go (hence humans can safely consume it) and there is other organic related compounds that are not good for the pool.
becouse they have different properties which allow them to perform cetrtain work
Acids commonly found in the home include vinegar (acetic acid), lemon juice (citric acid), and battery acid (sulfuric acid). These acids are often used for cleaning, cooking, and as ingredients in various household products. It is important to handle them with care due to their corrosive nature.
Man-made acids are synthetic acids created through industrial processes or chemical reactions. Examples include sulfuric acid, hydrochloric acid, and nitric acid, which are commonly used in manufacturing, cleaning, and laboratory applications. Other man-made acids include acetic acid, used in vinegar production, and various organic acids used in food and pharmaceuticals. These acids can have significant industrial, environmental, and health implications.
Acids are weaker than other acids when they have a higher pKa value, which indicates a lower degree of ionization in solution. Weaker acids are less likely to donate protons and are less effective at releasing hydrogen ions in solution compared to stronger acids. Factors such as molecular structure, stability of the resulting conjugate base, and polarity can influence the strength of an acid.