The fact that acids are sour, that means the more sour a liquid is the more acidic it is. Because a lemon is more sour (acidic) than an orange, it produces more electricity. The more concentrated an acid is the more electricity it produces. NOTE: Please don't taste concentrated acids to test which will produce more energy, it can and will cause major death causing injuries. - [NAME REDACTED] [NEEDS CORRECTION] (Acidity in foods does NOT always correlate to voltage produced. See University of Illinois, Department of Physics. Google: {Q & A: Fruit Batteries | Department of Physics | University of Illinois} - Bryce Casaje
it produces electricity because of all the electrodes. from Chance Kessler
With a combination of nitrogen and helium which is fused together in the baggen which is located in the skin of the lemon.
yes, they have acid which is an energy conductor
They do not produce electricity at all.
Both are used to produce thermal energy. Both are used to produce electrical energy for homes and businesses. Both are used to power ships and submarines via heat engines.
The burning becomes heat energy. The heat boils water to make steam, which then turns a turbine, which is kinetic energy. The turbine can power a power generator, producing electric energy, which can then produce almost any kind of energy.
A fission of energy atoms generating nuclear energy that is used to produce electricity.
Burning produces thermal energy
aerobic exercise
In the short run, a lemon. For the carbs, and in the long run, a potato.
if you fart on the lemon you can then squeeze it to get the acidic and produce energy but you must first urinate on the object.-dr.Swartz +++ I'd report that offensive, puerile rubbish to the moderator if I could see how to do so.
No , a lemon cannot produce electricity because it is not a conductor .
lemon
Lemons don't usually produce electricity. It would be quite tricky to convert the small amount of energy available in a lemon to electricity. Nor would it be worthwhile; you would probably get a few seconds or minutes of electricity, at most. That is why lemons can produce enough electricity to light a small LED bulb. But a simple experiment can be done by taking a fresh lemon, a small LED bulb and a conducting wire. If you connect the lemon with the wires and the bulb, the bulb will light up for a few mnutes. This happens because lemon which has citric acid helps in electrolysis.
The lemon does produce more electricity than oranges. BUT in rare cases an orange can produce more electricity than a lemon. But overall its the lemon that's the best.
It's actually possible to connect a lemon to a battery--especially if that battery is another lemon. While this statement may seem confusing, it really isn't. One popular lemon battery experiment shows students how to create a voltaic battery with a lemon. This type of battery converts chemical energy into electrical energy. Further exploration of this principle will allow you to connect one lemon battery to another lemon battery. One lemon will produce approximately 7/10 of a volt of electricity. And two lemon batteries connected to each other generally create enough energy to power a digital watch.
Energy can neither be created nor destroyed. A lemon contains chemical energy in the form of the chemical bonds stored in the molecules that make that lemon up. You can utilize the energy in a lemon (or any other thing containing chemical bonds) by causing it to undergo a chemical reaction.
Calories don't "produce" energy; calories are a UNIT OF ENERGY.
United States
Greenhouses do not "produce energy".
it depends on the amount of acid in the lemon and lemon does not create make it conducts electricity