Electromagnetic Induction | Demonstration | Magnetic effects of electric current

✅ Activity: Electromagnetic Induction
✅ Grade : Class: 10th (Term 2 Exam)
✅ Subject: Physics
✅ Chapter: Magnetic Effects of Electric Current (Chapter 13)
✅ Topic covered : Properties of Magnetic Field lines
✅ Exam : CBSE Exam Class 10 Physics
✅ Learn through activity | Learn and have Fun | Learn n hv Fun
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In this video we are demonstrating Electromagnetic Induction
Telegram : telegram.me/le...
Educational Website : www.avnesh.com
Facebook: / learnnhvfun
Instagram: / avneshkumar
Music Credit : KZbin Audio Library
#Class10
#MagneticField
#Term2Exam

[@balakvigyan6548]

This is what we call a proper practical 🤩 Keep it up 👍.

[@Learnnhvfun]

We are glad you liked it 😀

[@thamanbh5266]

Searched for a practical demonstration and ended up finding a perfect one. Thanks a lot for this video. 😊😊

[@Learnnhvfun]

Glad it was helpful! 🙂

[@divinemother5138]

Wow. Thanks Ma'am for excellent explanation along with awesome practical. Requesting you to make more such practical based videos of physics. Thanks and regards ☺️🙏

[@Learnnhvfun]

Welcome dear 😊. We will surely try to upload more. Thank you for your response.

[@aryanSharma-dc3pt]

Mam you are amazing Hme ye kabhi smaj nahi aata tha lekin ye sab dekh ke Sab seekh jata hun Ise dekh kar book padhta hun to bahut mja aata h Mam please 11 and 12th bhi cover karva dena

[@Learnnhvfun]

Jroor Aryan... puri koshish krungi. Keep watching dear.

[@ShreeramHirani]

Thanks.. it helps me too much more. Other sources on KZbin and Google are showing only north pole (towards coil) results ....

[@Learnnhvfun]

We are trying to be useful as much as possible. Let us know what topics you kids want us to work upon.

[@learnwithmadhu]

Impressive mam 🔥✨

[@Learnnhvfun]

Thank you Madhu 😊. Congratulations to you for 50k💐 Keep growing 👍

[@learnwithmadhu]

@@Learnnhvfun thanks for congratulating mam ..🥺 means a lot

[@dinaahmad1737]

Incredible demonstration and explanation! 🧡🧡🧡

[@Learnnhvfun]

Glad you liked it!

[@pratyakshsingh5142]

Amazing!!

[@Learnnhvfun]

Thank you 😊 Pratyaksh

[@mrinoy5754]

Wow!!

[@Learnnhvfun]

Thank you😊

[@karthikeyansivalogam9625]

wonderfully explained❤❤

[@Learnnhvfun]

Glad you liked it

[@samiulhaquerounok5787]

Mam, what if we insert the magnet vertically (you inserted horizontally) in the coil will any electricity be generated?

[@sushantkumar4575]

⭐⭐⭐⭐ 👍

[@Learnnhvfun]

Thank you 😊 💓

[@parvathyr9569]

What is the approx diameter of the coil

[@suredra1350]

Thanks ma'am

[@amy-lm1gj]

tankyou nice teaching

[@Learnnhvfun]

So nice of you

[@YashShriram]

Can we use other magnet instead of neodymium magnet

[@Learnnhvfun]

Yes.. you can use.. however neodymium magnets are very strong

[@kanishkmalhotra8094]

Please tell the dimensions of the coil. Required for my physics project

[@andreimaxemerubio8474]

what type of coil was used?

[@apurvajain12]

Mam i have done everything u showed in video but stilll led is not even blinking??

[@theffbacademy8811]

Mam can you plz give purchase link of these neodymium magnets. Thanks mam

[@Learnnhvfun]

Check with nearby stationary shop or get it online

[@manan1170]

Can you plz send pdf for this experiment

[@aschetos]

Led bulb is of how much volts

[@Learnnhvfun]

Normal LEDs.. can handle max 3V

[@KOl-xj4jt]

magnetic battery

[@tapasprabhakar1531]

After practical we don't need to learn anything

[@Learnnhvfun]

Correct 👍

[@tapasprabhakar1531]

@@Learnnhvfun just bring more practicals because we have our science board exam of 10rh of April

[@Learnnhvfun]

@@tapasprabhakar1531 i know Tapas. We will definitely try to upload some more activities. Best wishes for your exams🤗