Energy comes in many forms. We are able to make electrical energy from renewable energy resources like solar panels. But we can't use electrical energy directly to do our work. We have to use mechanical energy to do mechanical functions. So we use an electric motor to produce mechanical energy.
Welcome, you are in the right place. This is the story of an electric motor.About 50% of our daily use electrical machines are using electric motor inside them like a fan, grinders, vacuum cleaner, toys.
An electric motor converts electrical energy into mechanical energy. Nearly 50% of energy consumption is because of motors. We use the concept of electromagnetism in the motor, which shows that a force is applied when an electric flow is available in a magnetic field. This force makes a torque on a circle of wire present in the magnetic field, which makes the engine turn and perform valuable work.
(From Google)
Generally there are types of Motor according to the input.
1.AC Motor
These motors take alternating current (AC) for performing their activity. These motor does not use a permanent magnet in their static part, it uses copper wire to produce a magnetic field. AC motors can handle heavy tasks in factories and homes for pumping the plants
2.DC Motor
These motors need direct current for performing their capacities. Direct current is the kind of current which consistently stream one way – in a single direction. DC motors are regularly fitted with permanent magnets in their static part, yet they're additionally a few engines that contain electromagnets rather than remaining magnets in their static part. DC motors are generally used in small duties such as video cassette recorder.
But how a motor works?
The science behind the working of an electric motor is the activity of electromagnetic force. At the point when a wire transmits an electric flow and is set in a magnetic field (for example close to a magnet), it feels a force that pushes it a specific way – depending upon the direction of wire and attractive poles.
(From Google)
The body of an electric motor is made of two primary parts; static part and rotating part. The static part contains a permanent magnet or an electromagnetic for delivering the magnetic field. Though, the rotating part is wound with protected copper wire. At the point when electric flow travels through the copper wire in the pivoting portion, the electromagnetic powers between the static part and the turning part comes without pause and cause the turning part to turn and produce mechanical force.
This is the story of the motor. I think you may like this.
