While pure (distilled) water is not a terribly good conductor, the acid in the Tomato Juice will partially ionize the water in it. The result is a "fairly" good conductor, but still nowhere near as good as copper, silver, aluminum, etc.
So, yes, you easily get enough current to flow through tomato juice to give you a nasty shock or light a small bulb, but over any large distances, most of the electrical energy will be lost as heat due to resistance. While pure (distilled) water is not a terribly good conductor, the acid in the Tomato Juice will partially ionize the water in it. The result is a "fairly" good conductor, but still nowhere near as good as copper, silver, aluminum, etc.
So, yes, you easily get enough current to flow through tomato juice to give you a nasty shock or light a small bulb, but over any large distances, most of the electrical energy will be lost as heat due to resistance.
Any fruit can produce electricity, but tomatoes are excellent because their juice is more acidic. Lemons and grapefruit are excellent for this as well. "Sweet" fruit like melons aren't good batteries.
A low amount of electricty can produced through a tomato. Because in tomato lots of acids and
Batteries do not produce electricity, they only store electricity.
Every bloom on a tomato plant CAN in fact produce a tomato. I polinate my plants by going from bloom to bloom and "tickling" them. My wife laughs at me for "fondling" my plants, but it works!
generators produce electricity via electromagnetic induction
No they don't.
Well, Many things can produce electricity. An easy way to produce electricity is to get a coil and pass a bar magnet through it.
it depends on the plant and how long it grows for but a healthy tomato plant will continuously produce fresh tomato's as long as the plant is properly taken care of and it is possible for them to live for mutable years in green house's.
Can chemicals in a fruit produce electricity
"How do natural gas stations produce electricity?
Yes, you could produce static electricity.
It doesn produce electricity. It uses electricity and shows magnetic properties.