because its negitive energy
Galvanized dont rust. They are coated with zinc to keep the oxygen reacting with the iron in most steel.
You can make a battery out of both a lemon or a potato - if you want to see how just do a net search on "potato battery" or lemon battery. In science we have been conducting an experiment to see which of the fruits/vegetables creates a larger flow of electrons- for us it was the potato so it may make a better battery than the lemon. u make it by putting a penny in a lemon and a nail on different sides, then use a battery meter to see how much electricity the object has.
Yes, electricity can travel through a lemon. The lemon's juice contains ions which allow for the flow of electric current. By inserting two different metals into the lemon and connecting them with wires, a simple battery can be created.
To make a battery out of lime, lemon, and orange, you can use them as the electrolyte solution in a chemical battery setup. Lemon juice is typically more acidic than lime or orange juice, so it may generate slightly more power in the battery due to its higher concentration of citric acid. However, the differences in power output between the fruits may be minimal.
In a lemon battery experiment, two different metals are needed to create an electrical potential. If the metals touch each other, it creates a short circuit and the electrical current flows directly between the two metals, bypassing the lemon. Separating the two metals allows the lemon juice to act as an electrolyte, facilitating the flow of electrons between the metals.
galvanised nails are nails that are coated with stuff to make the nails not rust -sorry if my answer is not correct for i am only a yr sevener edits (by CHRISTINE CT): galvanized nails are coated with zinc if this doesn't help, here are some websites you can use: -http://www.tremontnail.com/faqs.htm -http://www.wisegeek.com/what-are-galvanized-nails.htm -http://www.finishing.com/225/42.shtml
Covering a battery with a lemon will ruin the battery and will not make the appliance to which the battery is connected go faster.
it depends on a type of a lemon
The construction of this simple battery. A zinc coated nail (2″ galvanized nail) and length of copper wire (6 cm of 14 gauge copper wire) are suspended in vinegar (4% acetic acid). A discarded film container is ideal for this project The copper lead is the "+" terminal of the battery and the galvanized nail is "-". According to the voltmeter, this vinegar battery is producing 0.834 volts. This battery still only produces a tiny current. Connect more batteries in series to increase voltage and current flow.
You can do a lemon battery experiment. You insert a galvanized nail in one side of the lemon and on the other side insert a copper wire. Connect a volt meter to the nail and the copper and it will show the presence of an electric current.
Yes it is.
The acid lets the electricty flow throw the lemon
Some nails are made of copper or brass. Also, some nails are galvanized to protect them from rust. There are also aluminum nails--they're used with vinyl siding and aluminum trim coil.
you can't stupid
The use of a lemon battery is a demonstration of what is necessary for a battery to operate. All you need to make a battery is two dissimilar metals and acid. There is not much practical application of the lemon battery. They are not cost efficient for the amount of energy produced. The same with a potato battery potato's have more power than lemons and are easier to make.
To make a simple circuit with a lemon and a small light bulb, you need a lemon, a copper coin or wire, and a galvanized nail (zinc-coated). Insert the copper and the galvanized nail into the lemon, ensuring they don't touch. Connect one end of a wire to the copper and the other to the light bulb, then connect another wire from the nail to the other terminal of the light bulb. The chemical reaction between the lemon juice and the metals generates a small amount of electricity, lighting up the bulb.
Alessandro Volta