On average, a lemon can produce around 0.5 volts of electricity. This is possible because the citric acid in the lemon acts as an electrolyte which allows a chemical reaction to occur with two different metals acting as electrodes. However, the amount of electricity generated is very small and not practical for powering devices beyond basic experiments.
No, apples do not produce electricity. Lemons can produce a small amount of electricity due to the citric acid acting as an electrolyte between two different metals, which can generate a weak electrical current when connected by wires and a voltmeter.
No, a lemon is a better conductor of electricity than a potato. This is because the citric acid and water content in a lemon make it a better electrolyte compared to a potato, allowing for the flow of electricity more efficiently.
This form of lightning bolt can produce as much as 10 times the amount of a normal lightning bolt which 1 billion volts of electricity. That means that this type of lightning bolt can produce upto 10 billion volts of electricity.
An electromagnet uses electricity to generate a magnetic field when current runs through the coil of wire. It does not produce electricity like a generator would.
It is estimated that 1 kilogram of U235 can produce approximately 24,000 MWh of electricity in a nuclear reactor. This amount can vary depending on the efficiency of the reactor and the specific conditions of operation.
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.
No , a lemon cannot produce electricity because it is not a conductor .
it depends on the amount of acid in the lemon and lemon does not create make it conducts electricity
Citrus fruits . . . the lemon is the best for creating voltage.
Highly acidic fruits produce electricity because they contain electrolytes. Electrolytes work with the electrodes to produce electricity. Oranges and lemons are examples of fruits with electrolytes.
No, apples do not produce electricity. Lemons can produce a small amount of electricity due to the citric acid acting as an electrolyte between two different metals, which can generate a weak electrical current when connected by wires and a voltmeter.
A regular battery uses chemical reactions inside a closed casing to produce electricity, while a lemon battery uses the acidic juice of a lemon as an electrolyte to generate a small amount of electricity through a chemical reaction between the lemon juice and metal electrodes placed in the lemon. Lemon batteries are typically used for educational purposes to demonstrate basic concepts of electricity generation.
electricity flows through the wire into the 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 acid in the lemon makes it a conductor of electricity.
What's zest?
Lemons are more acidic than potatoes, which allows them to produce more electrons and generate a higher voltage in an electrolyte solution. This higher acidity helps lemons to have a higher power output compared to potatoes when used in a lemon battery experiment.