A DC motor will generate electricity, if used in reverse. IE, rotate it and electricity will be generated.
The voltage will be dependant on the speed of rotation. The capacity (Amperage) will depend on the size of the windings and diameter of copper wire involved.
Limitation to power and speed will also be limited by the construction of the commutator.
All these variables are difficult to predict and unlikely a formula is available.
You will need empirical means and careful testing, especially as the motor was not intended to be used in this way.
The country of Australia pulls it's electricity from a variety of different sources and where you are located. This means that the cost to generate 1 kilowatt of electricity can vary between 15 and 25 cents .
A wind turbine is not designed to generate wind, it uses wind and generates electricity.
It's theoretically possible, I bet there is even such disorder.
It is now 2009 so this question is out of date
less than 100 kilowatts of electricity can be used to power a single home.
You can buy a volt meter, which can calculate how much electricity is passing through the wires.
4,7 million
i suse 39
It takes one ton of coal to generate an average of 2500 KWH of electricity.
It is possible if you have a powerful enough windmill to generate that much electricity, and the right wires.
an all nighter
The country of Australia pulls it's electricity from a variety of different sources and where you are located. This means that the cost to generate 1 kilowatt of electricity can vary between 15 and 25 cents .
Depending on how much electricity you plan to generate, the exercise might do you good.
I imagine that there is much wind in Florida to generate electricity through wind power apparatus.
It's theoretically possible, I bet there is even such disorder.
7.4 acres
A wind turbine is not designed to generate wind, it uses wind and generates electricity.