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.
It is now 2009 so this question is out of date
Yes, the human body can potentially generate too much electricity in certain situations, such as during electrocution or if there is a malfunction in the body's electrical system. Excessive electricity can disrupt the body's normal electrical pathways and cause serious harm or even be fatal.
The amount of electricity produced by a water wheel depends on factors such as the size of the wheel, the flow rate of the water, and the design of the turbine. On average, a small water wheel can generate enough electricity to power a few homes, while larger water wheels can generate enough to power entire communities.
The main factors that determine how much electricity a windmill produces are the wind speed and the size of the wind turbine's rotor blades. Higher wind speeds and larger rotor blades can generate more electricity. Other factors that can affect electricity production include the efficiency of the wind turbine and the maintenance of the system.
The amount of heat needed to produce electricity depends on the type of power plant being used. In general, fossil fuel power plants such as coal or natural gas plants require high temperatures to generate steam that drives turbines to produce electricity. Renewable energy sources like solar or geothermal also rely on heat to generate electricity through different processes.
You can buy a volt meter, which can calculate how much electricity is passing through the wires.
4,7 million
An electric eel can generate up to 600 volts of electricity in one electric shock.
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.
To calculate the electricity consumption for a 208 HP motor for one hour, you would need to know the motor's efficiency and the voltage it operates at. Typically, you can use the formula: Power (kW) = (HP x 0.746) / Motor Efficiency Once you have the power in kW, you can multiply it by the number of hours to determine the electricity consumption in kilowatt-hours (kWh).
an all nighter
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.
An electric eel can generate up to 600 volts of electricity, with a maximum power output of around 1 kilowatt.
7.4 acres
depends on the size of the solar panel and the weather. the bigger the solar panel and sunny weather will generate more electricity