Electromagnetic Induction (EMI) demonstration | Class 10 | Magnetic effects of electric current

✅ Activity: Electromagnetic Induction (EMI)
✅ Grade : Class: 10th (Term 2 Exam)
✅ Subject: Physics
✅ Chapter: Magnetic Effects of Electric Current (Chapter 13)
✅ Topic covered : Electromagnetic Induction
✅ Exam : CBSE Term 2 Exam Class 10 Physics
✅ Learn through activity | Learn and have Fun | Learn n hv Fun
===============================================
In this video we are showing you how current can be induced in a closed coil by changing magnetic field through it
Vinod Avnesh KZbin Channel
Educational Website : www.avnesh.com
Facebook: / learnnhvfun
Instagram: / avneshkumar
#Class10
#MagneticField
#Term2Exam
#EMI
#ElectromagneticInduction
#VinodAvnesh
Intro music credit: Drunken Countess (KZbin Studio, Audio Library)

[@curiocity819]

This is what physics should look like...

[@Learnnhvfun]

Thank you for positive comment. 😊

[@bhuvneshwahi258]

Truly Amazing . That's how physics should be taught

[@Learnnhvfun]

Thank you so much Bhuvnesh😊😇🤗. Keep watching dear 😃.

[@anamika_singh_rajput3]

Very nice activity and very useful......

[@Learnnhvfun]

Anamika 😊😇

[@tapasprabhakar1531]

best and most intresting way of teaching physics

[@Learnnhvfun]

Tapas 😇. Thank you for watching dear.

[@anubhabnayak_1641]

This channel deserves at least 1 million subscribers ❤️❤️❤️❤️

[@Learnnhvfun]

Thank you for saying this Anubhab 😊🤗🙏. Keep watching dear.

[@vivekrana9491]

Thanks sir.

[@manojgupta8046]

This is the right to understand what exactly physics is Thx. 😀

[@Learnnhvfun]

Pleasure dear 😊

[@vaishnavigupta9252]

This really help me to understand the statement thanks

[@Learnnhvfun]

Welcome Vaishnavi😊😇. Keep watching dear 👍

[@shraddhagore2435]

Hey thanks for help🙏🙏🙏

[@payalbarmal1935]

Thank you so much mam 🙏 keep it up 😌

[@gouritiwari4521]

Thankyou so much sir ..very very helpful

[@Learnnhvfun]

Good to hear that Anshuman😊😇. Keep watching. Subscribe n share if possible.

[@fahadkhan9471]

Awesome

[@DineshYadav-kk7zz]

Mam ager aap coil ka bich ka gap jayad rakgo ge or wire thick ore turns jayda rakho ge or neodium magnet use kero Ga to current sab se jayda induce hoga

[@Learnnhvfun]

👍

[@TheKapil1986]

Very well sir.... great..

[@Learnnhvfun]

Thank you sir

[@sahjad6635]

Thank you so much mam

[@itx_nitin]

Keep it up bro...thanks for this video

[@Learnnhvfun]

Nitin 😊😇

[@itx_nitin]

@@Learnnhvfun🔥🔥

[@suredra1350]

Good information ma'am

[@Learnnhvfun]

Thanks a lot

[@r_rockstar_music]

Aisa sabhi ko Isi Tarah samajhaana chaahiye through practical...... 🙏🙏🙏🙏💓💓

[@Learnnhvfun]

Thank you for your kind words ☺😇. Keep watching dear.

[@tanishkameena6700]

thank you sir it helped me a lot

[@Learnnhvfun]

That's great Tanishka😊

[@bhupendranautiyal8252]

Very nice sir

[@Learnnhvfun]

Thank you Nautiyal Sir

[@chitravi77]

Really appreciable video. Nice work to make things intersting 👏🙏

[@Learnnhvfun]

Thank you Chitra for appreciation😊😇.

[@AdityaKantKushwaha]

Circular magnet ke andar is coil ko rakh dijiye fir lagatar usko ghumayiye to permanently current flow hoga

[@Learnnhvfun]

ADITYA you are absolutely correct dear😃👍

[@sparshmishra3853]

Thank you so much 🥰 Understood now 👍

[@Learnnhvfun]

Happy to know this Sparsh😊

[@SANJAYSAHU-qm6dn]

Very nice

[@Learnnhvfun]

Thank you Sanjay 😊😇

[@Wolfie7YT]

this video is helpful

[@Learnnhvfun]

😊

[@harishyadav4474]

Superb sir

[@Learnnhvfun]

Thanks 😊

[@karishmaaradhya238]

Thanks a lot mam for such an amazing and interesting explanation 👍. 👍

[@Learnnhvfun]

Pleasure karishma😊😇.

[@suredra1350]

Thanks madam good

[@Learnnhvfun]

Welcome 🤗

[@adeeladilu6746]

Thankyou so much sir... This is how physics is to be taught .... With practical models ... Thnku once again ☺️

[@Learnnhvfun]

Welcome Adeela. Thank you for watching 😊

[@akashshivalkar6573]

Can you please tell how many turns are there in copper coil which u have used in this experiment......?

[@Learnnhvfun]

Approximately 1k.

[@akashshivalkar6573]

@@Learnnhvfun how much turns will required if I want to make 1amp electricity ...?

[@Learnnhvfun]

@@akashshivalkar6573 not practical with this arrangement.

[@user-cx2hw]

0:29 can we get this copper coil on shop?

[@purushottamganpatsurankar8907]

#ghagclasses

[@priyeshisakharkar195]

Nayan

[@chandrashekharkumar2667]

Notes chhaiyyan maam

[@Learnnhvfun]

Go to www.avnesh.com.

[@parthverma3103]

U have marked the poles of magnet wrong

[@Learnnhvfun]

Please mention time frame of the video where you find it wrong..

[@parthverma3103]

@@Learnnhvfun in the red bar magnet

[@parthverma3103]

Galvanometer is showing incorrect direction of deflection, something else is written in the Class 10 ncert It's written that when North Pole is pushed towards the coil then meter shows direction opposite to the pushed direction

[@parthverma3103]

@@Learnnhvfun sir ,I can be mistaken someware if I am , please rectifi me and tell my mistake

[@parthverma3103]

@@Learnnhvfun Galvanometer is showing incorrect direction of deflection, something else is written in the Class 10 ncert It's written that when North Pole is pushed towards the coil then meter shows direction opposite to the pushed direction