bucking voltage is a voltage which is of opposite polarity to the voltage it acts .
ratio of secondry voltage to primary voltage is called voltage transformation ratio
In the electrical trade it is called control voltage. This voltage can be any voltage. In North America the common control voltage is 120 volts.
The voltage is adjusted with a potentiometer that adjusts the field voltage through the voltage regulator.
the source voltage is the voltage that measured exactly after the voltage source , but the terminal voltage is the voltage that measured in the load terminals , which equal to the source voltage minus the drop voltage on the transmission line .
Citrus fruits . . . the lemon is the best for creating voltage.
They take in energy to grow, and release it as calories, and it may be converted to low-voltage electricity.
If the voltage is great enough a current will flow.
No but you can use a volt meter to read voltage.
When two different metals are pushed into a potato a voltage can be measured across the metals. The same is true for many fruits and vegetables. The reason is that chemicals, normally acids, in the fruits or vegetables react with the metals and generate a voltage. Good metals to try are copper and brass but others are worth using as well. The chemical compositions vary and so does the voltage. Potatoes are known to give a higher voltage than many others. For those who have the inclination, try various metals and fruits to find the highest voltage. It is this same principle on which batteries are based. Unfortunately, fruit is not quite as good as a purpose made battery so don't expect to be running any high power devices from a lemon when you try it.
There is not much difference in either case. The voltage can be increased by putting vegetable that you have mentioned in series. By increasing the voltage, charge can be increased and it can be used to power small light bulbs.
use a metals further away from each other on the reactivity series (I think). but using more electrolytes (more fruits i.e. 4 lemons instead of 1 etc) will definitely give a higher voltage. the more fruit, the bigger the voltage. :D
Potatoes and many other fruits and vegetables can produce an electric voltage. By pushing two different metal probes into the potato, a voltage can often be measured across the two probes. The metals must be different to each other and different combinations produce a range of voltages. Try different fruits and vegetables to see which are the most effective.
Veggie tales!
Use two electrodes of dissimilar metal (eg. nickel and copper). Stick them in the bannana. A small voltage will be developed across the two electrodes, due to the mild acid in the bannana. Most fruits (and seeds) will work this way, citrus fruits are better, due to the strength of the acid.
'Electricity' is a field of study in the same way that 'chemistry' is a field of study; it is NOT a quantity! So, as stated, your question is meaningless. You need to ask which provides 'the greatest voltage', or 'the most energy', etc. Assuming you mean 'the greatest voltage', then this is a function of the electrodes used -NOT the fruits or vegetables themselves. The potentials acquired by the electrodes is determined by the 'electrochemical series'; the further apart the metals are on this series, the greater the potential difference (voltage) between them. For example, if you were to use a copper and a zinc nail, then the resulting potential difference would be around 1.1 V (volt).
a lime. I tested it on a science experiment and the voltage on a lemon is 1.302 and the lime got 1.523.