Dynamics: Normal and Tangential Components

[@g-series7033]

thank you sir for the wonderful expanation. please bring some more good content like this

[@eng1048]

Don't know if I will be back but thanks!

[@sdsa007]

nice basic stuff, need to learn basics to understand Coriolis and Euler and centrifugal forces for earth dynamics... I was told centripetal and centrifugal are terms used for 'fictitious' forces in non-inertial frames (ie moving in circles) .... but the concept of normal you have shown seems non-fictitious to me makes perfect sense and I see it used to define Eotvos effect (an up-down force) in the context of gravity on an oblate surface....... the Coriolis force is considered 'fictitious' says on Wikipedia... but I think it too is an effect... related to independent movement on a non-inertial rotating surface... sorry if I am confusing people! But Thanks for keeping it simple!

[@denniellebazar3]

u deserve millions of views! Thank you sm

[@eng1048]

That's a very nice thing of you to say :) ty

[@hemsagarjoshi2841]

Love you brother u deserve million of subscribes

[@weilitan1329]

neat explanation, tq sir. leant alot

[@Francismwendwa-wr9zn]

Nicely explained

[@dxniellaaa]

thanks for this clear explanation!

[@abdullahjan861]

Sir As there any difference between normal and transverse component of acceleration?

[@eng1048]

Normal is directed towards the center of the circle. Even if the particle is not strictly travelling on a circle, at any point, we can "pretend" that the particle is on a circle at that instant (i begin talking about this @ 7:00) Transverse is perpendicular to the "r" coordinate. Keep in mind that the origin for the r coordinate can be anywhere (rather than the center of any of the instantaneous circles) Check my Transverse/Radial video for a full explanation of that: kzbin.info/www/bejne/sH3QpWiqnL6Beas

[@abdullahjan861]

@@eng1048 ok thanks 👍