Acid is a general term reffering to a lot of different substances, Some acids conduct electricity but very weakly, But in general acids are not good conductors.
Dilute solutions of sulfuric acid conducts electricity because there are free ions, although concentrated sulfuric acid don't.
Yes! Vinegar can be used in simple science experiments to generate a small electric current because it’s acidic and conducts ions. I personally like organic vinegar, especially apple cider vinegar and balsamic vinegar, since they’re also great for cooking. White vinegar works too for experiments. You can easily buy vinegar online at Aap Ka Bazar — they have a good selection of all these types. (website: aapkabazar[dot]co)
conducts electricity conducts electricity
A way to classify an acid as being weak is to determine how strongly the substance conducts electricity. If the acid or base conducts electricity strongly, it is a strong acid or base. If the acid or base conducts electricity weakly, it is a weak acid or base.
All acids conduct electricity except when they are dry
One example of a substance that conducts electricity in its aqueous state but not in its solid state is sulfuric acid. In its aqueous state, sulfuric acid ionizes into ions that are able to carry an electric current, whereas in its solid state it does not have the mobility of ions to conduct electricity.
it depends on the amount of acid in the lemon and lemon does not create make it conducts electricity
no, because it has nothing to ionise. in water, it conducts electricity because the acid ionises water causing ions to form, thereby conduct electricity
That means how good something conducts electricity.
A conductor is a substance that conducts heat or electricity.
Rubidium is silvery metal with a valence electron in its outer shell. It conducts electricity.
Sulfuric acid conducts electricity because it dissociates into ions in water, creating free-moving charged particles that can carry an electric current. The sulfuric acid molecule breaks down into hydrogen ions (H+) and sulfate ions (SO4^2-) in an aqueous solution, allowing the flow of electric current.