Yesh it canz
Apple juice
Yes, lemons can conduct electricity due to the presence of citric acid and water which can act as an electrolyte. When two metal electrodes are inserted into the lemon, a small amount of electricity can flow between them.
Vinegar has a pH range of about 2.4 - 3.4. Apple juice: 2.9 - 3.3 Grapefruit juice: 3 - 3.3 Lemon juice: 2.3 Orange juice: 3 - 4
Both lemon juice and vinegar contain acidic properties that can help lighten stains, but lemon juice typically contains a higher concentration of citric acid compared to vinegar. Citric acid is known for its ability to break down and lift stains effectively. Therefore, in most cases, lemon juice may be more effective at lightening stains than vinegar.
Mixing orange juice with vinegar will create a chemical reaction that produces carbon dioxide gas. This gas will cause bubbles to form and the mixture to fizz. The acidity of both the orange juice and vinegar will also be enhanced when combined.
The answer to this question is the 3 best liquids are VINEGAR LEMON JUICE SALTY WATER
no
Lemon juice can conduct electricity.
Some common liquids that conduct electricity include water (when it contains dissolved salts or minerals), acid solutions (such as vinegar or lemon juice), and some ionized liquids like saltwater or electrolyte solutions. Pure liquids like oil or distilled water are poor conductors of electricity.
Apple juice
Lemon juice. Vinegar & saltcleans it even better.
Salt &vinegar
Haven't tried lemon juice, but a vinegar rinse works like magic - and vinegar's cheaper than lemon juice.
if lemon juice is diluted with water i.e. by electrolysis
it has more acid..
I have tried both, they both work to curdle whole milk but I found the lemon juice a better choice as the resulting paneer gets a more complimentary flavoring from the lemons then the vinegar.
An apple can conduct electricity due to the presence of water and electrolytes inside it, which can help facilitate the flow of electrical current. The ions present in the juice of the apple also contribute to its ability to conduct electricity.