moment of inertia

[radadela]

Very well explained.Thank you very much.I really understood☺️💛💜💙👍

[changenew]

Thank you so so much sir 🙏 your teaching way is so simple as far as simplicity is concerned
.There was a scientist who said If you can't explain any thing in simple way that's mean you don't understand it well enough!!!

[Gyaniprince]

A very well understanding factory is your channel sir

[alkeshbarot]

Super hard work..and it is really good enough for 11 class ..keep it up god bless you

[sudharshansudharshan]

In many videos the same saying statement about its definition but here you have explained with an example👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍

[SRK]

Wow...Vivid explanation . Easy to understand. Great job dear Bergin sir. Kudos

[himadribakatial]

Very informative!🥺 Thank you so much sir...

[vashuvishalsingh]

Thank you sir for your priceless efforts 🥰

[surekhamashale]

Well explained thank you so much and keep posting videos

[SurajSahu-xhmj]

Woow sir what a brilliant way to teach.
Highly appreciated 🙏❤😊 and recommend to students

[METejasJape]

It's One of the grate settion in that all moment of intertia concept are undustanding properly It's practically explaination is really helpful us

[mubafaw]

Very clear explanation and great analogy used. Many Thanks

[mamame]

Thank you! I was about to cry because I can't understand my report

[aashishsinha]

best video for topic moment of inertia, loved it

[meraj-]

Video was superb and excellent
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But background sound not applicable and acceptable here.

THANKS.

[shahdadpuri]

Super explanation in very easy technical language.

[El-Hmmamy]

In many videos the same saying statement about its definition but here you have explained with an example, Thanks alot

[learncrypto]

Thsi is what actually we have to learn instead of formulas
Thabk you sir for this grat video

[bhimsharma]

In my life first time I see NCERT video 🥰🥰🥰

[jasminjumath]

Sir, we can find the moment of inertia using radius and also by using the radius of gyration right..but in what situations do we use radius of gyration to find moment of inertia.