In a nutshell,
apple
generated the highest voltage out of all the fruits tested, the higher the acidity and size of the fruit, the higher the voltage, also, the far apart the electrodes inserted into the fruits, the higher the voltage using copper and zinc as the best electrode over copper and steel or steel and zinc …
Which fruit conducts electricity the best?
Some good fruit electricity conductors are
apples, grapefruit, oranges, lemons and limes
. The citrus fruits will be excellent conductors due, again, to the high acidity level.
Which fruit makes the best battery?
Acid is essential to the process, so it's best to stick with citrus fruit, such as
limes, grapefruit and oranges
. It won't qualify for this particular record, but you can also create a battery out of potatoes (this relies on phosphoric, rather than citric, acid).
What fruit can power a clock?
Lemon
-powered clocks work by using the process of electrolysis. The lemon juice is an acidic electrolyte, which is then connected in a circuit through a metal electrode.
How many volts does an orange produce?
The galvanized (zinc-coated) nail produced the highest readings – producing
. 84 volts
when implanted in an orange.
Can a banana conduct electricity?
That's why bananas can also swipe right — they conduct electricity about as well as your finger. …
They do conduct electricity
, but they do it too well.
Is Vinegar a good conductor of electricity?
Vinegar is an aqueous solution of acetic acid and is produced by the fermentation process of ethanol or sugars. … Since it releases H+ and CH3COO- ions, movement of these ions in the solution aids in the conduction of electricity. Hence, we can say that vinegar
is a good conductor of electricity
.
Can an Apple power a light bulb?
While an apple will not conduct enough electricity to power a light bulb
, you can verify the electricity level with a voltmeter. … This experiment works by using a nail and a wire as terminals, and the juice of the apple acts as an electrolyte through which ions can flow.
Can fruit power an LED light?
An acidic citrus fruit, such as a lemon or a lime, can be converted into a battery by inserting two 2-inch nails — one copper and one galvanized (zinc) — into the fruit. The amount of electrical current is
small
, but it's enough to power a light-emitting diode (LED).
Is a lemon or potato battery better?
A potato delivers a higher power (more Watts) than a lemon in both parallel and series circuits. … The potato always produced more power than the lemon. This means
the potato is a better battery than the lemon
.
What is the most acidic fruit?
The most acidic fruits are
lemons, limes, plums, grapes, grapefruits and blueberries
. Pineapples, oranges, peaches and tomatoes are also high in acid.
Can pineapple conduct electricity?
“The methane yield of pineapple stubble could be used to power an
engine generator that produces electricity
. … Initially, the pineapple producers would consume the energy, but if there is a surplus of energy it could be sold to Costa Rica's Electricity Institute.
How many volts does a lemon produce?
A single lemon produces about
7/10 of a volt of electricity
. If you connected two lemons together, you can power an inexpensive digital watch (uses about 1.5 volts).
How many volts can a banana produce?
The device, called the Gedang (Javanese for banana), generates about
5 volts
of electricity from the anaerobic bacteria in banana skins. Sang Aji said they decided to use banana skin because it was readily available. “Experiments showed that banana skin can generate more electricity than other fruits.”
Can an orange power a light bulb?
Squeeze the sides of the orange to loosen the juice inside and prepare it for the experiment. Insert both the copper and galvanized zinc nails into the orange. … Watch as, once the second wire is attached, the orange
generates enough electricity
to make the small light bulb light up.
How many volts can 4 lemons produce?
Four lemon batteries create a voltage of
3.50 volts
. We should be able to light up a small device like an LED (Light Emitting Diode). Note the connecting wires go from “+” to “-” on each battery.
