hook a battery to it
Get a dc motor. of toy cars that run on battery or stuff which works on motor.Collect Old wiresStick the old wires to the terminals of the motorTake 4 small piece of cloth and metal bendable wires.Make a windmill skeleton out of the wiresPut the clothes together on the skeleton to complete the rotor partAttach the windmill on the motor by means of burning, or metal wires. Burning with plastic will also do but be careful.Make a stand for the motor to fix in. This can be done with metal wires.Connect a battery or bulb( recommended, to show the effect of windmill)
You have to put the battery charger in nacelle of wind turbine. Priyang Doshi
Depends what windmill it is.
On some if you put the battery in backwards the clock will run backwards.
you have to jump on the windmill to make it go left.
the windmill goes fast to make electricity
Get a dc motor. of toy cars that run on battery or stuff which works on motor.Collect Old wiresStick the old wires to the terminals of the motorTake 4 small piece of cloth and metal bendable wires.Make a windmill skeleton out of the wiresPut the clothes together on the skeleton to complete the rotor partAttach the windmill on the motor by means of burning, or metal wires. Burning with plastic will also do but be careful.Make a stand for the motor to fix in. This can be done with metal wires.Connect a battery or bulb( recommended, to show the effect of windmill)
because i HATE IT
Windmill composed of 2 energies. One is the mechanical energy. To make it work the force of the wind allows the windmill to run and this process produces the second energy called the wind energy.
make a windmill tilter and use it to click on a windmill until you get a giant blueprint
Plug it in or extra battery pack.
In order to produce electricity from any motion source (such as a windmill) you must have an electric generator to produce the power that charges the battery. The windmill supplies the motion needed to turn the generator. The generator will produce power when the windmill is powered by enough wind to turn the generator. The generator is connected to the battery and the power is stored by the battery. Usually, but not always, there is a regulator attached between the generator to shut the flow of electricity off when the battery has been sufficiently charged. This feature is used to prevent battery failure due to overcharging or at the very least extend battery life by optimizing the charge times. The regulator may also detect battery drain and will turn on the current from the generator when the battery needs charging. (assuming the windmill is powered by wind and turning) Batteries store and emit DC (direct current) and therefore usually get power directly from a generator. In some applications the windmill may generate AC (alternating current) by using an "alternator" (instead of a generator) to create power. When that type of approach is used an additional electronic device called a "rectifier" is needed to convert the AC current to DC current in order to charge batteries -- which can only be charged by Direct Current.