We define the direction of the angular velocity vector to be along the axis of rotation for a rotating system. The right-hand rule gives the direction for this vector.
The way your fingers point to is the way of angular displacement, this is more intuitive so easier to learn, that's the only reasoning I can come up with
This perfectly explains how the direction of the angular momentum vector is just **by convention**. This solves a lot of my confusion. Great thanks.
This is the first time I've understood this concept. Excellent, thank you.
Crystal clear! Thank you.
Amazing explanation!!!! Loved this one
Excellent explanation!
Purely amazing. Thanks
thanks, we love your explication 😍
"Let's see if Nimrod can solve this problem"
I lost it right there 😂😂😂
Excellent...!!
very nice explanation :)
really really helpful!!!! thank you so much!!!
Thank you so much sir now I get it 😁😁🙏😁
crazy clear
👍🏻👍🏻
Im curious who is "Nimrod"? Is that just another way for him to say "talk to the person next to you"?
I was curious too 😂 I thought it might be an online search but whatever it is, it's an inside joke with the class.
I've a question! Why didn't they make left hand thumb rule? That direction would have been constant either!
coz everyone in thr room was right handed😂
The way your fingers point to is the way of angular displacement, this is more intuitive so easier to learn, that's the only reasoning I can come up with
@@fahad_hassan_92 Nah , ur previous reply was right, it's just conventional
@@vedicarya7 Previous reply?
@@fahad_hassan_92 reply given before u
Now I understand why indians have piled up concepts