about the sames amount it takes u to dodo at school:)
A single object is called a cell; a battery consists of multiple cells. It works because the potato can act as a electrolytic substance, allowing current flow. However, the potato alone does not actually cause the current or voltage; it is the metals you use, which create a galvanic reaction.
Yes. But It can produce very little energy.
A potato can power a clock because all fruits and vegetables have an electric current in them, so the potato's act like a battery and supply the clock with electricity.
It really depends on hard much you work out. If you work out all time you should eat a decent of carbs. If you are more of a couch potato you should eat minimal carbohydrates.
A potato battery works by harnessing the chemical reaction between the metals (like copper and zinc) and the electrolyte in the potato to generate electricity. The potato acts as a bridge between the metals, allowing the flow of electrons and creating a circuit. The chemical reaction between the metals and the electrolyte produces a small electrical current that can power a simple electronic device like an LED light.
The color of the potato does not affect the speed at which the potato clock tells time. Both red and brown potato clocks work in the same way by converting the energy from the potato into electricity to power the clock, so they should tell time at the same rate.
500 hours
The potato lamp works because the acid in the potato lights up the light bulb.
No. It does not require very much power. If the battery is not putting out enough power to turn the starter, but is putting out some power it may still work. If the battery is totally dead it will not work.
potato
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Your terminology is a bit mixed up here. Force and work are different things. The work done by a battery is calculated from the voltage and the current which flows and the time for which it flows. Work = voltage x current x time There is no such thing as 'chemical force', though the potential generated by the battery is called electromotive force, and is measured in volts.