Recent content by Jack86

  1. J

    Solving Rotational Energy Problem | 1.6m Stick, .4-.070kg/m^2

    The integral is still from 0 to 1.6 though right?
  2. J

    Solving Rotational Energy Problem | 1.6m Stick, .4-.070kg/m^2

    R is the radius of the stick, I am sure of this. And the integral has to be with respect to volume, it's a 3d object
  3. J

    Solving Rotational Energy Problem | 1.6m Stick, .4-.070kg/m^2

    I am having problems with a rotational energy problem. It reads... a think stick of length 1.6m is dense at one edn than at teh other: it's mass desity is p=.4kg/m-.070kg/m^2x, where x is the distance from the heavier end of teh stick. The stick rotates about an axis perpindicular to the...
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