list of moment of inertia of different geometrical shapes.
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cone, sphere, hemisphere, prisme maybe ???
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1
For rod is.

Ring

Disc

Solid sphere

Solid cylinder

Whereas the axis of rotation is passing through the diameter of rotational motion
Ring
Disc
Solid sphere
Solid cylinder
Whereas the axis of rotation is passing through the diameter of rotational motion
petty1:
thanks for your thank you
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