The tangential component & normal component of acceleration (introduction & formula)

We will discuss the tangential component & normal component of acceleration. This lesson provides a quick introduction and proof of the formulas we will use.
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[@major__kong]

What's next, Coreolis acceleration? You'll need to discuss flat earth vs spinning frames of reference and how velocities and accelerations transform from one reference frame to another. After that, you'll be an honorary flight mechanics guru.

[@JGambrosia]

As a flat earther i approve

[@ianfowler9340]

Very well done. Thank you so much. I love this stuff.

[@bprpcalculusbasics]

Thanks!!

[@pdwag198]

I am loving this mechanics video series. 😍

[@Traw-ve7qf]

jaccobian matrix proof please

[@r2k314]

At 7:30 why didn't you have to differentiate N wrt to ds/dt?

[@bprpcalculusbasics]

We didn’t differentiate anything there. It was just a substitution from my “side note”.

[@looney1023]

Is there an intuitive reason why acceleration doesn't have a Binormal component?

[@phill3986]

👍👍👍

[@11aanchalsvishwakarma82]

Physics rotational dynamics