none the energy is in the amps
energy per watt
500v
1 watt = 1 volt-ampere = 1 volt-coulomb per second = 1 joule per secondSo from this I learn out the fact that 1 volt-coulomb = 1 joule. This feels like somethingthat I probably used to know but forgot many years ago. Be that as it may, I'll use it.1 joule = 1 volt-coulomb90 joules = 90 volt-coulombs90 joules = 22.5 volts x (90/22.5 coulombs)90/22.5 = 4 coulombs
Yes by using a 3-phase transformer. The size depends on how much power has to be converted.
That would depend on the capacity of the battery, usually measured in Amp-Hours (Ah). 4 12 volt batteries with a capacity of 10 Ah would last the same amount of time that 8 6 volt batteries of 10 Ah would last. There are however other factors that could contribute to the length of time they last, mostly to do with the construction of the cell and how much current it is designed to pass. 6 volt batteries are typically smaller in stature and as a result may not be able to produce large amounts of current as a 12 volt battery of the same current rating without getting hot...and heat = lost energy, unless it involves a toaster.
eletrical neutrons
In physics an electron volt is a very small unit of energy. An electron volt is the amount of energy gained by the charge of an electron once it has moved across an electric potential difference of one volt.
An electron volt (eV) is a unit of energy equal to the energy gained by an electron as it moves through a potential difference of one volt. It is commonly used in atomic and subatomic physics to describe the energy of particles at the atomic and molecular scale.
Joule is not a form of energy, it is a unit used to measure energy. For small amounts of energy, sub-units can be used, such as millijoule, microjoule, etc. At the atomic level, the non-SI unit eV (electron-volt) is often used - which is much, much smaller than a Joule.Joule is not a form of energy, it is a unit used to measure energy. For small amounts of energy, sub-units can be used, such as millijoule, microjoule, etc. At the atomic level, the non-SI unit eV (electron-volt) is often used - which is much, much smaller than a Joule.Joule is not a form of energy, it is a unit used to measure energy. For small amounts of energy, sub-units can be used, such as millijoule, microjoule, etc. At the atomic level, the non-SI unit eV (electron-volt) is often used - which is much, much smaller than a Joule.Joule is not a form of energy, it is a unit used to measure energy. For small amounts of energy, sub-units can be used, such as millijoule, microjoule, etc. At the atomic level, the non-SI unit eV (electron-volt) is often used - which is much, much smaller than a Joule.
That can vary a lot, depending on the size of the battery. The "volt" is not an indication of energy stored. It simply means that (on average), each electron is pushed at a certain energy. To get the total energy, you would also need to know how much current it can provide, and for how long. The total energy can be calculated as the product of the voltage, the current, and how long this current flows (assuming a constant current; otherwise you would have to integrate).
Sure. But not much water, a 9 volt battery has very little power (energy).
electron volt
A volt is not a unit of energy. It is a unit of something that in English is usually called "voltage". It is really about electric potential. One volt is equal to one joule/coulomb; that means that if an electric charge of 1 coulomb goes through a potential difference of 1 volt, it will either gain or lose 1 joule of energy.
The potential difference ('voltage') is equal to the work done per unit charge, i.e. the energy given to each Coulomb of charge. So, a six Volt battery provides six Joules of energy to each Coulomb of charge.
ask your v*gina ..
with volt meters
One volt is defined as the amount of electric potential difference that will cause one ampere of current to flow through a conductor with a resistance of one ohm. In terms of energy, one volt corresponds to one joule per coulomb of electric charge. Thus, it quantifies the energy available to move electric charge through a circuit.