Moving Iron Instruments - Working Animation & Attraction Type

[@electrical4you]

Thank you for watching! You can read our full article on Moving Iron Instruments at: www.electrical4u.com/moving-iron-instrument/

[@ad7iradio519]

Good video. However, at 1:13 narration states that movement of the vane depends on the strength of the *electric* field. I think it would be more correct to say that the movement of the vane depends on the strength of the *magnetic* field.

[@bharathvamsi7397]

I always feel how it is of more fun and joy if my college lectures explanation is like electrical4u!!

[@TwistedKrizZ33]

Thank you so much

[@vijayb4024]

a primary school student can also through ur videos....good job and thank u

[@electrical4you]

No worries at all Vijay - very happy to hear that :)

[@hemsingh6785]

30 min topic in 3 min thank you very very much

[@electrical4you]

No problem at all! Happy to hear you found the information useful :)

[@hemsingh6785]

@@electrical4you thus question came in my exam and i did it Thank you so much

[@electrical4you]

​@@hemsingh6785 That’s fantastic news! Congratulations Black Bones - great work 😁 Thank you for coming back and letting me know! Happy studying ^_^

[@sidharth14]

Thanks...for making it simple

[@electrical4you]

Thanks Sidharth - happy to hear! :)

[@hemantmeena9805]

Thanks for making things simple

[@yelsojuupendrachary6086]

Great work👏 need this type explain with annimation

[@RECHARGE3]

Great work electrical4u in education feild for helping lots of student through you website and chanel

[@electrical4you]

Thank you for your kind words Dip - very happy to hear you're finding our content useful 😁

[@prashantpandey2299]

Top class!!

[@kadammahesh6483]

Super Video, l Had Understood In Clear Way 😊😊

[@mehuljain7216]

is air fiction damping is used in both attresction type and repulsion type??

[@kkrishkasy3701]

It helps alot...thanks🤗

[@electrical4you]

No worries kkrish! Glad we could help 🙂

[@dineshbaul3022]

Thank you

[@informationduniya]

thx it's very sadness bcz this video is excellent but views is few

[@datos82]

Thanks nicely explained, Don't know why someone dislikes these tutorials tho...duh

[@ujjwalpandey1597]

well explained. thanks alot

[@electrical4you]

No worries at all! :)

[@imav.20]

i have exam in 6 hours. ty

[@tejuharne94]

Same to me😢😢😢😂😂😂

[@imav.20]

lmao@@tejuharne94 hope it went well

[@vickeymarri8281]

Faile 👍

[@rayanpaul6192]

I'm watching in the hall...

[@imav.20]

@@rayanpaul6192 lmfao gl my guy

[@m-092saikumarpadala9]

Super explanation madam

[@tusharradadiya9245]

Thank you for making it easily understandable 😊😊😊

[@snehashishbanerjee2575]

The animation is excellent...

[@noorulhaquesiddiqui1800]

Thanks

[@ria7941]

Thank you!

[@electrical4you]

No problem - thank you for watching 🙂

[@_your.aditya_]

Simple and great

[@electrical4you]

Thank you Aditya! :)

[@vishnujatin9567]

in the attraction type.. what is the use of the piston?

[@sandeepk5287]

Good explanation madam

[@joychatterjee8632]

this video help me a lot to understand concept of m.i. instrument so thanks for this video...

[@ssiteee6138]

Thank u so much its excellent

[@electrical4you]

No worries at all Ssit, thank you for your kind words 🤓

[@SohamChakraborty42069]

Couldn't understand the mechanism of the deflection of the pointer when the vane moves closer (in attraction type) or the vanes repel each other (in repulsion type). The initial figure at 1:13 showed a linear scale along with the vane movement, but not sure how it will be used as a circular scale as in 2:06 or 2:38. Apart from that, really great video. Nice illustrations too. Subbed!

[@TheDipankarrai]

I wish my book explains concept in this way.....its so easy to understand.

[@shajipappan2151]

Thanks, really understandable!

[@adityachalla4712]

Thanks sir

[@rhb4681]

Well done I learnt finally🥰🥰

[@mohammedhashmathullah9065]

Amazing!!

[@youtubethanos7440]

Thank u

[@Jitendra_en_verma]

Good explanation...

[@milankumarparmar8130]

can you make vedios on controlling torque types 1. Spring Control Method 2. Gravity Control Method

[@h7opolo]

awesome

[@archanam7412]

Well explained

[@quitelearner]

Thanks You. It helped.

[@samuelmallik990]

in repulsive coil type the inductive wire effect in movable coil too then ain't it effect in the measurement

[@kamanikarthik2623]

very helpful video

[@sapankushwaha4069]

Teacherji great!!!!!!!!!!!! thanks

[@prateekrawat982]

thank u so much...

[@sunnyjohans6186]

plz tell me iron replusion materials name

[@TanmoyGhosh-fz4gw]

Please need a video on EDM instrument

[@deepakjha7189]

nice explanation

[@c.bhanuprakash8500]

Nice explain 😊

[@pradumsahu601]

Great ...keep it

[@krishnaprasadvm3179]

Sir,which source is applied dc or ac supply

[@Tahzeeb-v4e]

Both ac and dc

[@Rahuljhakash]

excellent concepts👏👏👏

[@dipakrore470]

Thanks mam.

[@aviralchaudhry292]

wow

[@electrical4you]

Wowee 🤓

[@kunduschannel2662]

Arigato Gosaimas

[@trinath6941]

don't show only pictures and explain ....please show the moment how it works also it would be quiet interesting

[@electrical4you]

Thank you for your feedback Trinath, we'll take that into account for future videos 🙂

[@jhialilatadash8460]

Tq

[@yasararafath5369]

but there is not briefly about topic

[@kirtanyaarana8089]

its 1:19 electric field ? LOL

[@singhangad9940]

magnetic field will be like what? wait for a sec where dat came from

[@kharkongor5248]

detail should be

[@electrical4you]

I agree! You can read our full article here: www.electrical4u.com/moving-iron-instrument/ I hope that helps! 🙂

[@Jwinmelody]

I have my exam tomorrow (16.11.23)

[@niki1531]

Bro same😂

[@KingKhan-wo9qe]

#Hindi_urdu❤

[@seeker8028]

It's not electric field it's a magnetic field

[@yashrajkatkar9801]

My exam in 1 hour

[@sumitdhiman1712]

hindi m btya kro techer

[@bhupendrachoure4233]

.....

[@pramodvulloji5920]

why are you rushing...can't you just say slow

[@sachinraju4394]

Suthama onnum puriyala😑😑

[@GauravGupta-pb8mk]

Thank you

[@emonhossain4353]

Thanks

[@electrical4you]

No worries at all Emon :)

[@pornikamanivasakan7639]

thank u

[@ekkeshivakumar3617]

Thank you

[@sainadhadam7531]

Thank you