Dynamo is used to convert mechanical energy into electrical energy. Its a generator. How can a generator have a wife?
Dynamo moves magnets relative to electrical conductors, thus converting mechanical energy to electrical energy.
It can be connected to a battery to store energy.
without the aid of other energy sources? no idea... but a dynamo is being run by electromagnetism i think, and thus producing kinetic energy by spinning the shaft... and then the resistance in the conductors, friction in the moving parts, and electromagnetic radiation. just my 2 cents.. >.<
The energy in the moving mass of air is converted to rotational energy of the turbine, by the blades. This energy in turn is converted to electrical power, by a dynamo.
A dynamo converts kinetic energy into electrical energy.
An electric dynamo converts mechanical energy into electrical energy by way of moving electrical conductors in a magnetic field. Bicyclers use them to power their headlights and taillights.
Dynamo is used to convert mechanical energy into electrical energy. Its a generator. How can a generator have a wife?
Dynamo moves magnets relative to electrical conductors, thus converting mechanical energy to electrical energy.
A dynamo takes in motion and outputs electricity and a motor takes in electricity and outputs motion. A dynamo converts mechanical energy to electric energy while a motor converts electrical energy to mechanical energy.
1. AC Dynamo has full rings whereas DC Dynamo has split rings. 2. AC Dynamo produces alternating current whereas DC Dynamo produces direct current. 3. IN AC DYNAMO, CURRENT KEEPS CHANGING EVERY HALF OF A CYCLE WHEREAS IN DC DYNAMO, CURRENT FLOWS IN SAME DIRECTION.
The dynamo torch was invented by Ming-Chih Wei. The dynamo torch is a flashlight that stores energy in a flywheel.
A dynamo is another name for an a.c. or d.c. electrical generator. They are used for converting mechanical energy into electrical energy.
Its Dynamo....
Yes. Because a dynamo converts rotational energy into electricity.
It converts mechanical energy into electric energy. .
A fan needs energy to work. Suppose we use a dynamo, driven by the fan. The output of the dynamo is supposed to drive the fan. In this loop, some energy leaks away, into moving air not captured by the arrangement set up to drive the dynamo. More energy is lost in the working of the fan, and of the dynamo, appearing as heat and wear. If we provide this system with 100 joules to start it off, soon all that energy will have leaked away and pretty quickly the thing will stop working. On the other hand, if your fan is a windmill driven by external sources (wind), then the wind energy can be converted to useful energy. But not to drive the windmill.