Recent content by kuyt

yes :approve:

^but that about one of the ends ,not com

No,it not that easy I guess. P.S can anyone giveme the final answer(in terms of angular velocity,mass and length)and ofcourse the explanation,instead of links

it gives moment of inertia not angular momentum! Can we use the general formula(if its correct):angular moment abt any point=angular moment of a fictitious particle (of mass m at the position of COM)abt that point + angular moment of the body abt com ?

But this is something fundamental,calculating angular momentum of a system about arbitary points in space.:confused:

about one end

What is the angular momentum of a rod rotating about one end (mass M and angular velocity ш),about its center of mass?