Deriving the Centripetal Acceleration Equation

Deriving the centripetal acceleration equation without Calculus

[@fattestmanintheworld5081]

I’ve watched like 6 videos and this is the only one I understood God bless you and your family

[@kkthakur3907]

Wooow man! You a great teacher indeed! I loved it!

[@dcruzdavis1882]

Such an easy method to derive this centripetal acceleration u are such a talented teacher bro

[@deepaksuresh1665]

Ada poda

[@deepaksuresh1665]

Onme purila

[@dcruzdavis1882]

Poda punda

[@rhsphysicslee3998]

Thank you so much 😀

[@bsriram7371]

@@deepaksuresh1665 😂😂

[@chronicsnail6675]

SUCH A COOL TEACHER! THANKS!

[@abenphilip4283]

Change playback speed to 0.75x

[@bsriram7371]

I literally thought i changed this video speed to 1.5x Then when i checked it was normal 😂

[@gigabyte5961]

Is there another way to draw the triangle?

[@nahomaschalew960]

You saved my life.

[@raaghenuur3228]

Thanks you sir you gave me satisfying explanation ✊ and now i understood the centripetal ac formula derivation🙏

[@rhsphysicslee3998]

Great 👍

[@mohamedgamal7600]

You are the best ever

[@JohnBark]

Thank you very much Sir!

[@rhsphysicslee3998]

Most welcome!

[@abenphilip4283]

Can you please say why those two thetas are same...?

[@gigabyte5961]

That's because both the angles are same

[@aryantaywade298]

@@gigabyte5961 obviously but hes asking why. how are they the same. he knows what theta is.

[@gigabyte5961]

@@aryantaywade298 firstly, u never know. that guy must be a newbie who has taken interest in math and physics. Secondly he asked 'why' the thetas are same. but if the question was 'how', id say that the points used to show the different velocities also show the distance traveled (with the time taken ofc). so the triangle formed by joining the centre to the different points on the circumference making 2 radii along with another straight line make a triangle with a specific angle. now why the thetas r same? that's cuz the △v from the (difference of v2 and v1)*time taken gives the direction. now v know that the direction is the same, so are the radii. so, if measured, calculated or simply used similarity, v can deduce that angle should be the same too. there you go

[@aryantaywade298]

@@gigabyte5961 ahh that makes more sense.

[@waffa.qureshi]

Thankyou.💛

[@ahmedsadoon949]

gj my dogg

[@myonglee3827]

유성 멋있네...

[@Santaxtellme]

Boring, Chinese