The product of a rotating object's moment of inertia and its angular velocity is the object's what?

1 Answer
NJ
Mar 14, 2018

Explanation:

#l = I\omega#

Angular momentum can be thought of as the rotational equivalent to the linear momentum #p#, where #I# is swapped for #m# (the mass) and #\omega# is swapped for #v#, the linear velocity.

#p = mv \text( compared to ) l = I\omega#

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