## What two forces are needed to create a working motor?

These two forces – electricity and magnetism – work together to spin the motor. The poles of the permanent magnet repel the poles of the temporary magnet, causing the armature to rotate one-half turn.

## What is the force at work in generators and motors?

Electric motors, which convert electrical energy into mechanical energy, are the most common application of magnetic force on current-carrying wires. Motors consist of loops of wire in a magnetic field. When current is passed through the loops, the magnetic field exerts a torque on the loops, which rotates a shaft.

## What are the 2 main parts of motors and generators?

A shaft-mounted wire wound armature (rotor) A field of magnets that induce electrical energy stacked side-by-side in a housing (stator) Slip rings that carry the AC current to/from the armature.

## What force causes an electric motor to work?

They operate using principles of electromagnetism, which shows that a force is applied when an electric current is present in a magnetic field. This force creates a torque on a loop of wire present in the magnetic field, which causes the motor to spin and perform useful work.

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## Can a DC motor run on AC?

In fact, DC Series can run on both AC and DC supply. But the original AC series motor has the different construction from a DC series motor. Because of the manufacturer design the AC Series motor to reduce losses.

## Which motor is best for generate electricity?

The DC motor is best suited for a generator. It’ll produce current, even if the speed of the rotation is somewhat less. When you use a single phase motor, you’ll need to rotate it at a speed higher than the motors synchronous speed to generate energy.

## What is the principle of motor and generator?

The motor uses electricity. It works on the principle that when a current-carrying conductor is placed in a magnetic field, it experiences a force and rotates. The word ‘generator’ means to generate something, and an electrical generator produces (generates) electricity.

## How is an electric generator like an electric motor in reverse?

A generator converts mechanical energy into electrical energy, while a motor does the opposite – it converts electrical energy into mechanical energy. What’s reversed is the flow of electricity, not the activity of the machine itself.

## What is the principle of motor?

The electric motor works on the principle of magnetic effects of current. Its principle is when a rectangular coil is placed in a magnetic field and current is passed through it, the coil rotates as a result of the forces acting on the coil.

## What are main parts in a generator?

Main components of a generator

• Engine.
• Alternator.
• Fuel System.
• Voltage Regulator.
• Cooling and Exhaust Systems.
• Lubrication System.
• Battery Charger.
• Control Panel.
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## What are the 7 parts of electric motor?

Different Parts of an Electric Motor and Their Function

• A power supply – mostly DC for a simple motor.
• Field Magnet – could be a permanent magnet or an electromagnet.
• An Armature or rotor.
• Commutator.
• Brushes.
• Axle.

## How do you make an electric motor more powerful?

We can increase the turning force (or torque) that the motor can create in three ways: either we can have a more powerful permanent magnet, or we can increase the electric current flowing through the wire, or we can make the coil so it has many “turns” (loops) of very thin wire instead of one “turn” of thick wire.

## How does electricity make a motor turn?

Electric motors turn electricity into motion by exploiting electromagnetic induction. A simple direct current (DC) motor is illustrated below. The motor features a permanent horseshoe magnet (called the stator because it’s fixed in place) and an turning coil of wire called an armature (or rotor, because it rotates).

## How does electricity power a motor?

Electric motors work by converting electrical energy to mechanical energy in order to create motion. Force is generated within the motor through the interaction between a magnetic field and winding alternating (AC) or direct (DC) current. Electric Motors have an array of applications.