Electromagnetic crane working model for science project exhibition - diy - physics | DIY pandit

Electromagnetic crane working model for science project exhibition - diy - physics - magnet | DIY pandit
#electromagnet #electromagneticcrane #workingmodel #scienceexhibition #sciencefair #scienceproject #physicsproject #magnetproject #electromagnetic #electromagnet #electromagnetism
Project Introduction
An electromagnetic crane is a type of crane that uses an electromagnet to lift and transport ferromagnetic materials like iron, steel, and scrap metal. This technology is widely used in industries such as scrap yards, steel mills, and manufacturing plants, where heavy and bulky metal objects need to be moved efficiently.
The underlying principle of an electromagnetic crane lies in electromagnetism-a fundamental concept in physics. An electromagnet is created by passing an electric current through a wire coil wrapped around a ferromagnetic core, typically made of iron. When the current flows through the coil, it generates a magnetic field, turning the iron core into a magnet. This magnetic field is strong enough to attract and hold metal objects.
One of the key advantages of an electromagnetic crane is its ability to control the magnetism. By simply switching the electric current on or off, the operator can engage or disengage the magnet, allowing for precise control over the lifting and releasing of materials. This feature makes electromagnetic cranes highly efficient and versatile for industrial applications.
This working model of an electromagnetic crane will demonstrate how an electromagnet can be used to lift metal objects, showcasing the practical application of electromagnetism in real-world scenarios. By adjusting the current, the strength of the magnetic field can be varied, illustrating the relationship between electricity and magnetism.

[@NosibusisoPromise]

Wow🎉

[@siyabulelanyamakazi3109]

I am very great full that you have made this video, you helped me and my twin sister with this, thank you🙂‍↕️

[@bokangseti6871]

Thank you for making a useful video

[@JawlaDream]

Sir, can you tell me which formula is use in this project? Please sir

[@Random-v6r]

Dawg the music💀💀💀👀👀👀

[@Boroxaep]

nostalgic af

[@SindisiweHappy]

Thank you for your help with this video it really helped us a lot 👍👍👍👍

[@ApilisiweMapipa]

So where does the switch go?

[@KgopaLoppy]

It was a great idea and it is good and I am going to try it ❤😮🎉

[@NompumeleloMabuza-s4d]

What did they need to make it

[@TandelAnkur]

I am also trying it.👍

[@RanaaNusterdien]

My daughter is doing this for her school project

[@Azadtag565]

Are you from John Mitchell school

[@Asmaa_Palmer]

Mines too

[@dimakatsorafuse118]

Come help me with my project 😂

[@VEGETASAIYANGOD-k9s]

Dom.nai

[@Azadtag565]

Yo you from JMS

[@Lwandle-z1i]

0:42 😊​@@VEGETASAIYANGOD-k9s

[@CarlthiaHlungwani]

❤❤❤

[@KgopaLoppy]

❤❤❤

[@AmukelaniMangke]

Really good

[@fadzaisango-nd6rm]

So easy love it🎉🎉😅

[@AmandaThwethwa-j2e]

How can we do this project

[@tracybands8353]

Thank you for this, your page is so awesome!!!

[@DIYPandit]

Thank you so much!

[@BrawlTriumph]

Pls help,what is the battery, AA or AAA?

[@vinayramdharmana7648]

aa

[@BrawlTriumph]

@@vinayramdharmana7648 thx

[@AjwaNoor-o4k]

Loving this❤

[@Boroxaep]

are those wires copper or ???

[@Azadtag565]

Are you from John mitchell😂

[@Boroxaep]

@@Azadtag565 huh? btw r u pakistani?

[@siyabulelanyamakazi3109]

They are copper wires

[@MlindeliMeki]

❤

[@hlengiwe669]

Very asenathi!!!!!!!!!

[@hlengiwe669]

Yes

[@KennethMolepo-xm9pu]

plz tell me the name of song

[@daminipandey6919]

Vedio

[@ayandazikhali3173]

What can If I do not have a glue gun 😢

[@RehanaKhan-nd8ps]

You may use fevi bond 😊