Dynamically & Statically Induced Emf in Hindi || Induction of Emf in detail by Cognition
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- čas přidán 7. 09. 2024
- In this video we will going to deal with the types of induction of emf in hindi. dynamically and statically induced emf is explained in detail.
self inductance and mutual inductance part is also covered in this video.
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#emfinduction #inductionofemf #Staticallyinducedemf #Dynamicallyinducedemf #Basicof induction #typesofinduction #selfinduction #mutualinduction
Thank you for ur love and support guys and plzz aur kaun kaun se topics pr video chahiye comment section mai btae..
Supper explain sir g 👌👌👌👌👌👌👌👌👌
Most helpful for your examples 👌👌👌👌👌👌👌👌
With diagrams 👌👌👌
Sabse ganda explain
Badhiya batae ho app. Sir ji
Thank you so much😊
Sir aap sikhate ho isliye easy lag raha hai lekin humare teachers toh easy topic ko hard banate hai. Thankyou Sir for explaining in a easy and simple way.
Yup i can understand @Hrot
Just try to focus on basics chije aasan hi hoti hai agar basics clear ho to..
And agr koi topic is channel pr na mile then please comment the topic and i will make video of it.👍🏼👍🏼
Thanks
explanation mashaallah bhut clearly tha
Thanks @shaik for the kind words.😊😊please watch our other electrical or mechanical videos..
sir explenation in verygood very easily undersatand
Thank you so much aur v electrical ke kaafi videos hai please go and watch😊😊
Chup
This video was really very help full sir make many more videos which will help us sir 🙏🙏
Thank you @ali👍🏼👍🏼
maja aa gaya very clearly explained!!!
Dhruv Bhatt thank you for ur comment
keep supporting us
Thank you sir
Ur welcome sen☺
Nice explanation
Thank you yogesh
Thanks ❤
Ur welcome 😊
Thanks you' for understanding ❤️❤️❤️❤️
In a single lecture my all ambiguities are clear.Thank u so much sir
Your welcome arooj and you can suggest us any electrical topic and we will make a video on it.
Thank you
Thank you
sir aap bahut jald CZcams career me success honge
Thanks for such encouraging words @God gaming please share our channel with your friends..
Lots of love🤗🤗
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Awesome
Virat Singh Rathod
Thank you for ur comment virat ...
Keep supporting us
Sir aap DGCA ke topics pe bhi video bnate h ky ?
thank u
Thank you ainni khan
Plzzz do like, share and subscribe our channel for more videos..😊
Tube light chock which type EMF sir
Great job! Keep it up.
mohit puranshettiwar
Thnxx mohit...
Plzz do share our videos. We need some support..
Very good explanation but in mutual induction emf induces in secondary coil that depend on no of turn in it..
Not same emf induces
So plz share the proper information about technical education
Thank you so much for ur feedback😊
Thank you so much !!!
BHADRA SANDHYA JAYAKUMAR
Ur welcome keep supporting us and do share our videos...😊
If there's a ques. ... "Explain" "application" of statically & dynamically induced emf
So is this only the answer of it ...what u explained in the video ?
Plz reply ???
Hello Ishan Thankx for the comment
First of all this topic "Dynamically & Statically induced Emf is the basic principal for the working of Various electrical machines including Transformer, Induction machine, DC machine . so jo aapka question hai i really don't think ki aapke semester mai aisa koi question aaega bt if u face suc type of question then you can write about Transformer, Induction machine, DC machine .
@@COGNITION i m in 1st semester... & i actually got this ques. in my assignment... which i m confused with ...n getting it no where it's exact answer on internet even
I can understand Ishan and its quite obvious that u won't get its answer because first - this question is logically incorrect
Reason - this topic is a principal and there can't be any application of a principal ..
The correct question would be the application of electrical machine.
Like application of transform
Application of DC machine
These questions are logically correct
Please sir, aage ka chapter bhi samjao na
Can you explain self induced in more detail.
Thank you and sure we are going to upload a video on self inductance very soon, it will clear all your doubts.
Same thing I want to ask
Only the last topic self induced emf i can't able to learn
liked the vid just for the intro lol
How is lenzs law applicable on dynamically induced emf?
Lenz's Law is applicable at every place where we find inductor as only inductor is a material that opposes its own Cause.
Please ask if you have anyother doubt.
Sorry for late reply
🥰😍😍
Explain B-H curve
Santosh Shinde thank you for your response i will make a video on B-H curve
Clarity ga ledhu please improve your voice
Sir don't use red color ...its disturbing . ..and very heplfull video
suraj karmakar
Thank you suraj for ur suggestion... i will work on it...
Plzz share our videos
Kuch samj nahi aya
🤣🤣
Jake pogo dekho
Bawal vadio h
Self induced emf sahi se samjavo
Sagar Sathawara thnxx fr ur comment sagar
Self inductance mai kya doubt hai ???
🤬😡
Thanks you sir
Your welcome maurya ji☺🤗