Moment of Inertia of Hollow Cylinder

[personofstuff]

excellent and precise explanation, no steps skipped and I found the use of the diagrams very clear. Thank you for this.

[fadedredx]

god bless your soul, my physics teacher does not teach and you are saving me, even seven and a half years later you are teaching.

[chipenz]

What a legend. Desperately needed this, Thanks!

[aakash.]

Really Thanks Sir! I'm doing self study and I wasn't able to understand this concept... You explained it really well!

[diegoninski]

Well explained, thank you very much for your efforts by doing this video

[dang]

Brilliantly explained video, you deserve a lot more view/subs, you're videos are among the best. Thanks a lot

[Ap-ldyd]

Fantastic job! thank you for such a concise explanation, much appreciated!!!

[sunitapanda]

Thank u sir for this great explanation I'm so so thank full to

[beytulk]

Thanks for explaining it amazingly and perfectly

[RahulSharma-pqsg]

Well explained .... Thank you very much sir.

[kimritch]

This is great an really helps, but can you do it in the reverse? Start with I=1/2 M (R1^2+R2^) and get to I=MR^2. Thx

[norazahnikjaafar]

Thanks..you gave a complete explanation

[sunnyj]

Omg thank you so much I really needed this.

[jaimedelosrios]

Excellent description. Would one use gradient analysis if the density is non uniform? How would one approach such case?

[marvel]

Thanks a lot Sir. You explain very well and you put so lot of effort while explaining.

[shawns]

Great video, thanks for the explanation

[haiBui-kdmw]

great, it's easy to understrand. Thank you :33

[lightlove]

The only thing that keeps tripping me up is how/why you went from the initial Vol (which is what made sense) to the dV=(circum) (thick) (height) deal... 🤔?? I mean, can we end up a the same place keeping the original Vol equation??

[chandni]

amazing videos!!!! thank u very much

[KinzeHansebyner]

Why is the circumference (2*pi*R). Where does that derive from?