acid
A slippery material is more likely to be a base rather than an acid. Bases tend to feel slippery to the touch due to their ability to react with oils on the skin to form soap-like substances. Acidic substances, on the other hand, do not typically exhibit a slippery texture.
A strong base would likely burn your skin more than a weak acid. Strong bases have a higher pH and can cause more severe burns and tissue damage compared to weak acids.
The acid formed when a base gains a proton is called a conjugate acid of the base. This process is known as protonation, where the base accepts a proton to become an acid. The conjugate acid will have one more proton than the base.
Benzoic acid is stronger than ethanoic acid due to the presence of a more stable conjugate base after losing a proton. The conjugate base of benzoic acid (benzoate ion) is stabilized by resonance delocalization of the negative charge across the benzene ring, making it less likely to reaccept a proton. In contrast, the conjugate base of ethanoic acid (acetate ion) is not as stabilized, leading to a greater tendency to reaccept a proton.
Concentrated acid or base has a high amount of acid or base in a solution, usually at or near 100% concentration. Dilute acid or base has a low amount of acid or base in a solution, usually with a lower concentration. Dilute solutions are weaker and less corrosive, while concentrated solutions are stronger and more reactive.
A slippery material is more likely to be a base rather than an acid. Bases tend to feel slippery to the touch due to their ability to react with oils on the skin to form soap-like substances. Acidic substances, on the other hand, do not typically exhibit a slippery texture.
A strong base would likely burn your skin more than a weak acid. Strong bases have a higher pH and can cause more severe burns and tissue damage compared to weak acids.
base besides if it's wrong base is more healthy than acid
The acid formed when a base gains a proton is called a conjugate acid of the base. This process is known as protonation, where the base accepts a proton to become an acid. The conjugate acid will have one more proton than the base.
When mixing a strong base with a weak acid, the strong base will completely neutralize the weak acid, resulting in the formation of water and a salt. The pH of the solution will be higher than 7 due to the remaining excess of hydroxide ions from the base.
The functional group most likely to ionize when a base is added to a solution is the carboxylic acid group (-COOH). When a base is introduced, it can accept a proton (H⁺) from the carboxylic acid, resulting in the formation of its conjugate base (-COO⁻). This deprotonation process increases the overall negative charge in the solution, making the carboxylate ion more stable in the presence of the base.
Benzoic acid is stronger than ethanoic acid due to the presence of a more stable conjugate base after losing a proton. The conjugate base of benzoic acid (benzoate ion) is stabilized by resonance delocalization of the negative charge across the benzene ring, making it less likely to reaccept a proton. In contrast, the conjugate base of ethanoic acid (acetate ion) is not as stabilized, leading to a greater tendency to reaccept a proton.
In figure 12.14 it shows that sometimes when you change the third base it will still code for the same amino acid. This is because since there is already 2 bases that are correct, even if the third base would change it would still code for the same amino acid.
An acid has more H+ ions than OH- ions, while a base has more OH- ions than H+ ions.
Concentrated acid or base has a high amount of acid or base in a solution, usually at or near 100% concentration. Dilute acid or base has a low amount of acid or base in a solution, usually with a lower concentration. Dilute solutions are weaker and less corrosive, while concentrated solutions are stronger and more reactive.
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Yes, weak acids require more base to neutralize because they do not fully dissociate in solution, resulting in fewer available acid molecules to react with the base. Strong acids, on the other hand, fully dissociate in solution, providing more acid molecules to react with the base.