How does an Electric Motor and Generator Work Brainly?

Electric motors are something that we use daily for running every little to the big appliance of our house! And when there is no electricity, we depend on electric generators. But both of them are connected to electricity. Do both of them work in the same way? What energy to use for the process? In which energy do they convert?

Wait for a second; we know there are tons of questions. How does electric motor and generator work Brainly- most people would not understand. But we can make the electric motor vs. generator easy for you! Let’s go through the work process and know-how do they transfer energies and provide us services.

How does an Electric Motor and Generator Work Brainly?

Electric Motor vs. Generator

So, are we still talking about how does electric motors and generators work? Yes, we are! It’s all about mechanical and electrical energy. Is that so easy? Trust us; it’s not! But we can make it easy for you! Let’s know how both of these work!

How does a Generator Work?

Electric generators can be used in so many aspects. No matter you need residential, industrial, or commercial power backup, you can add a generator and do the job properly. On the other hand, these are commonly seen in construction sites too.

Whenever there is a power cut out, your Generac Home generator is saving you! It’s fun to enjoy the service for sure, but do you know how does your generator work? How does it convert the energy? No worries, we will discuss it in detail here. If you already know about an electric motor, you can easily understand the working process of an electric generator.

In short, they are the opposite. The electric motors work by using electricity. With electricity, it creates motion. Contrary to this idea, an electric generator works by creating electrical energy with the help of mechanical energy. The whole conversion of energy starts with mechanical rotation. With the help of the rotation of the rotor and shaft, the process starts.

The work of the rotor is to spin inside the stator. And with this rotation, there is a current generation. When this current is generated, it is harnessed first and then used for supplying the electricity. This electricity is supplied to an external circuit. In short, when any changes are made in the magnetic field across a conductor, electrons start moving.

In easier terms, here, electrons are forced to move to the magnetic field perpendicularly. As a result, there is a production of electromotive force. And finally, you can see a flow of electrons in one single direction here. And this whole method is used for generating electricity via an electric generator.

If you go through the details, you will know that electric generators have two different categories. Once is the Dynamo and another is the Alternators. The Dynamo is used for generating direct current. On the other hand, the Alternators are sued for producing alternating current. Well, you might plan to power your house with an alternator too, have a look!

You can use a generator for simply backing up power to your house when there is no power. On the contrary, you can also use this device for running several tools and appliances by directly powering them. If you are searching for a top-notch generator for your home or office, check out Firman Generator Reviews and pick up one among the bests!

How does an Electric Motor Work?

Whenever it comes to transforming electric energy into mechanical energy, the name of an electric motor comes in. Yes, the basic work of an electric motor is to create mechanical energy with the help of electric energy. And with the help of an electric motor, you can easily use heavy appliances. No matter it is industrial machinery or other heavy devices, electric motors can help you out. In the case of small appliances like the hairdryer or curling iron, we too use an electric motor in our daily life purposes.

But the procedure of an electric motor working isn’t easy! So, how does an electric motor work Brainly? In the process, the input is electricity. And eventually, the output is motion. So, in short, motion is created with the help of electricity here. It is the outcome of electromagnetic induction. There are magnets added in the interior and these work throughout the process.

If you go through the electric motor, you will get to see two different parts there. Inside it, you will see a rotor added. The construction of the rotor is done with coiled wires. The rotor is set in the center of a stator. This component is lined with permanent magnets. You might also see coil windings here. And between these two, you will see an air gap.

The gap is very small here and the work of this one is to raise the magnetizing current. The core of the stator is designed with thin sheets. These sheets will be layered together. These are named laminations. The laminations are capable of saving more energy than any solid core. And this is why the solid core is not added here. The first job is to apply electric current to the motor.

Once you do this, you will see the magnet or windings back to the job. It will create a magnetic field. By doing this, both will attract the rotor and repel it. And eventually, the rotor will start spinning! As we know, the rotor is mounted on a shaft. When the rotor will spin, this spinning motion will drive the shaft. And in this process, mechanical power will be created!

Electric motors along with the generators, we use both of them for our day-to-day life. But generators are expensive! In this case, alternators can be a better alternative too! Check out how to wire an alternator as a generator to save your wallet from the lavish generators.

Similarities between Electric Motor and Generator

We have talked a lot about the differences between electric motors and generators. Here, we will discuss the similarities a bit. Stay tuned!

  • Both include magnetic field lines
  • Two of them have Carbon Pressures
  • Both of them contain an armature coil set between the magnetic poles
  • Two of them have two brushes called b1 and b2

Wrap Up

The easy note on the electric motor and the electric generator is they are opposite in character. The job of one is to convert mechanical energy into electrical and the other one does the transformation of electrical energy to mechanical.

However, both the process has almost same equipment added completing the conversion. But these are the basic details, you can check out the in-depth details on these to learn more!