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A Non-Uniform Round Object of Mass M and Radius R

Question 66

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A non-uniform round object of mass M and radius R is found to have its total kinetic energy to be given by KE = A non-uniform round object of mass M and radius R is found to have its total kinetic energy to be given by KE = Mv<sup>2</sup> when rolling down an incline.What is this object's moment of inertia? A) MR<sup>2</sup> B) MR<sup>2</sup> C) MR<sup>2</sup> D) MR<sup>2</sup>
Mv2 when rolling down an incline.What is this object's moment of inertia?


A) A non-uniform round object of mass M and radius R is found to have its total kinetic energy to be given by KE = Mv<sup>2</sup> when rolling down an incline.What is this object's moment of inertia? A) MR<sup>2</sup> B) MR<sup>2</sup> C) MR<sup>2</sup> D) MR<sup>2</sup> MR2
B) A non-uniform round object of mass M and radius R is found to have its total kinetic energy to be given by KE = Mv<sup>2</sup> when rolling down an incline.What is this object's moment of inertia? A) MR<sup>2</sup> B) MR<sup>2</sup> C) MR<sup>2</sup> D) MR<sup>2</sup> MR2
C) A non-uniform round object of mass M and radius R is found to have its total kinetic energy to be given by KE = Mv<sup>2</sup> when rolling down an incline.What is this object's moment of inertia? A) MR<sup>2</sup> B) MR<sup>2</sup> C) MR<sup>2</sup> D) MR<sup>2</sup> MR2
D) A non-uniform round object of mass M and radius R is found to have its total kinetic energy to be given by KE = Mv<sup>2</sup> when rolling down an incline.What is this object's moment of inertia? A) MR<sup>2</sup> B) MR<sup>2</sup> C) MR<sup>2</sup> D) MR<sup>2</sup> MR2

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