Euler angles - Insights

Loved the animation!!! Great work!

Wow. Video is very informative and animation is awesome. Now, I understand the bit of a heavy spinning top, which went quite quickly in our classical mechanics class :p. Thank you, man. I'll be waiting for the next video. Btw, one question, shouldn't the nutation involve the rate of change of theta in both x and y-direction?

I had trouble understanding Euler angles too! It was maybe around an year ago I finally understood the concept. Amazing work by the way! Keep it up.

my left ear enjoyed this

fix the audio please,

this was so helpful. Such great work, thank you very much

You just won your 68th subscriber. Good job!

Thanks"!!!

I followed up to 4 minutes then I became so lost I guess its because the axis wasn't labelled as you were describing it. Nevertheless, the animation was absolutely amazing. I am gonna check out your channel for other videos to understand this.

my right ear is very knowledgeable now

<3

beautiful work

Great

Just use Quaternions like bruh moment

It's really awesome work !!!

Very good

Great video but it will be better if you had named the axes & the angles

Sirr, how many Euler angles would be needed to describe rigid body motion in 4 dimensions.

what software did you use to create this animation, trying to do something similar for my masters dissertation

Very effective way of explaination sir

I had to slow it down to 0.25x so that I could analyze every movement. I loved it, awesome video.

thynx a lot

Beautiful video!

THANK YOU SO MUCH!!

i could only hear from left, damn.

Sir plz ky ap hindi m v bna skte

Only left channel audio is very disturbing. Explanation is good.

Thanks for such an beautiful description & visualisation.... Much better way to understood the euler angle. 👍

Good video thank you!

How the top's rotation is zxz is impossible to understand.

XQ HAY 2 YXY?

my left ear enjoyed this video.

How can you find components of angular momentum along x1 x2 x3 axis when this axis are fixed with the object. From the perspective of x1 x2 x3 axis, the object is not rotating, it is stationary.

Tyvm for great explanation!
I don't get it yet, but I'll be coming back to this video when will come across this topic again :)

Thank you for the information.

Great video but please hire a narrator

my left ear really enjoyed this explaination

What a poor presentation...

Amazing 😍

very nice

Had to take one earpod out in order not to die

how do you create this cool animations?