A typical bicycle dynamo provides 3 watts, normally 0.5 amps at a nominal voltage of 6V. With some dynamos (notably Schmitt dynohubs) you can put two headlamps in series and get twice the voltage and power.
The movement of another body is transmitted to a rectangular coil of wire that is inside a U-Shaped magnet. The motion of this coil of wire cuts the magnetic flux in the magnet. Faraday once stated that-Whenever there is a change in magnetic flux linked with a circuit there is an induced current and the strength of this induced current is directly proportional to the rate of magnetic flux-. So according to this rule when the magnet is in motion it is constantly cutting the magnetic flux, and as it does this there is a current that is induced (eddy currents). However a dynamo can either be A.C or D.C according to the brushes and number of commutators used (Flemings Right-hand rule). If we refer back to Faraday's rule it says that the strength of this induced current is directly proportional to the rate of magnetic flux. This rule can be seen practically in a bicycle that has a dynamo.
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Mechanical energy is the input to the bike dynamo.
Kinetic to electrical
Whatever makes the dynamo move.
Mechanical.
name a device that convert the mechanical energy into electrical energy
A motor convert electrical energy to mechanical energy.
A motor is one example of a device that converts electrical energy into mechanical energy.
The electrical energy supplied to an electric motor
The Motor converts electrical into mechanical energy
electrical
name a device that convert the mechanical energy into electrical energy
An electric motor converts electrical energy to mechanical energy.
An electric motor converts electrical energy into mechanical energy. While an electrical generator does the opposite.
A generator converts kinetic energy into electrical energy; a motor converts electrical energy into kinetic energy.
A motor convert electrical energy to mechanical energy.
An electrical motor is a device that turns electrical energy into mechanical energy.
The motor changes electrical energy into mechanical (torque) energy.
Motor is device which converts electrical energy to mechanical energy,where as generator converts mechanical energy to electrical energy
A motor is one example of a device that converts electrical energy into mechanical energy.
A motor does not provide energy. It converts electrical energy to mechanical energy. From a circuit standpoint, the motor is considered a load (similar to a resistor). Resistors convert electrical energy to heat energy.
electric motor