how'd you know that there was tangential acceleration in that arbitrary path? Or, how did you know that speed wasn't constant (and therefore tang acc doesn't equal zero) like in the first graph
It might be zero the way I described it. You could be moving at constant speed on a curvy path like that so that the tangential is zero. I just wanted to stress that radial is perp to path and tangential is along path.
how acceleration and energy relationship ?????
married
@@yipyiphooray339 🤣
how'd you know that there was tangential acceleration in that arbitrary path? Or, how did you know that speed wasn't constant (and therefore tang acc doesn't equal zero) like in the first graph
It might be zero the way I described it. You could be moving at constant speed on a curvy path like that so that the tangential is zero. I just wanted to stress that radial is perp to path and tangential is along path.
show it with graph of cone and other various solid figures so we become more to do for Himalayas
what the fuck are you saying mate
Where are the problems shown?
like particle simulator in game engine
thank you
It's a parabola or elliptical 👣path👣
Thank you
thank you
thank you