Thank You.

third

a lil wrong somewhere check

great video! Helped a lot!

I think you have escaped the simplification for acceleration component . That's the point where I need to comprehend the final form of acceleration component.

Excellent and lucid explanation of the principles behind Noether's theorem worked out with some accessible math.

I deeply appreciate this video. I was unable to find a video relevant to my numerical analysis assignment and was frustrated. but thanks to you now i can plot the graph easily

excellent video thank you very much

Thank you ❤

DAMN! That was a lot more complicated than just using newton's laws. LOL

Esto no es Noether , es Principio de Hamilton, deja de hacer perder el tiempo

the janitor, I though you fallen off your chair

Is there any way to get that library?

the phi component of acceleration needs to have r*sin(theta)*dd(phi) as the first term not just r*dd(phi)

I'm from India 🇮🇳and I really like this it's worth

really neat. thank you for sharing.

Second :)

اريد ترجمة بالعربي ماكاعد افهم

Screen is not clear

Well explained..

Good explanation ..thank you sir!

thank u

great video

By far the best explanation I have found on the whole internet on this topic :) Thank you

there can't be any r with the sin theta at 10:50

You sir are a lifesaver

Am I being dumb or did you not give your vector a \phi component at 6:19? Wouldn't this lead to another term in the velocity?

Accilaration darivative explanation ware

Thank you Love from India

Thanks, the last term of the acceleration you need to write r*sin(theta)*dd(phi) instead of rdd(phi).

धन्यवाद सर ,आप ने बहुत अच्छा बताया , thank you sir , you gives good explanation.

Thank you!

Thank you very much for your nice explanation. Anyway, something is very clear here. For higher dimensions and for relative motion vectors and tensors for curvilinear coordinates is almost impossible. One now understand why Euler, Lagrange and Hamilton use another ideas to simplify this!!!

at t = 0, why the v_y(0) = 0 ? 12:59

Which software is use for video

Best explanation of her work

Good video, but I'd like to suggest that claiming "This must be so because if you do it any other way it is wrong" is a little counter-intuitive. It's true that, by elimination, you can arrive at a workable answer, but elimination is as good as guess-and-check, and doesn't clarify the idea behind the formula.

Nice Explanation

Could you make a few videos on Routhian Mechanics, now that you have covered Lagrangians, Hamiltons, and Cyclic Coordinates?

You have great content, and it deserves more viewers.

Thank you very much.Your video explanations are really good to understand.

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