Answer :
The property of KOH (aq) that is NOT accurate is "donates a hydrogen ion."
Here's why:
1. KOH (aq) stands for potassium hydroxide dissolved in water. It is a strong base, so it does not donate a hydrogen ion (H+) but rather accepts a proton (H+), making it a proton acceptor.
2. KOH (aq) is corrosive to organic materials due to its ability to break down organic compounds.
3. It turns litmus paper blue, indicating its basic nature.
4. KOH (aq) tastes bitter, which is a common characteristic of many bases.
In summary, KOH (aq) does not donate a hydrogen ion, but rather accepts a proton, which distinguishes it from acids that donate hydrogen ions.
Here's why:
1. KOH (aq) stands for potassium hydroxide dissolved in water. It is a strong base, so it does not donate a hydrogen ion (H+) but rather accepts a proton (H+), making it a proton acceptor.
2. KOH (aq) is corrosive to organic materials due to its ability to break down organic compounds.
3. It turns litmus paper blue, indicating its basic nature.
4. KOH (aq) tastes bitter, which is a common characteristic of many bases.
In summary, KOH (aq) does not donate a hydrogen ion, but rather accepts a proton, which distinguishes it from acids that donate hydrogen ions.
