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Cynthia Billiards. Consider two identical billiard balls (I=mR²) with mass 0.160 [kg] and radius 0.0250 [m] that have the same kinetic energy. If the first billiard ball is rolling without slipping and the second billiard ball is undergoing pure linear motion with speed 4.00 [m/s], what is the angular velocity of the first billiard ball?? O 160 [rad/s] O135 [rad/s] O119 [rad/s] O114 [rad/s]

Cynthia Billiards. Consider two identical billiard balls (I=mR²) with mass 0.160 [kg] and radius 0.0250 [m] that have the same kinetic energy. If the first billiard ball is rolling without slipping and the second billiard ball is undergoing pure linear motion with speed 4.00 [m/s], what is the angular velocity of the first billiard ball?? O 160 [rad/s] O135 [rad/s] O119 [rad/s] O114 [rad/s]

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Question 15 Cynthia Billiards. Consider two identical billiard balls (I = mR²) with mass 0.160 [kg] and radius 0.0250 [m] that have the same kinetic energy. If the first billiard ball is rolling without slipping and the second billiard ball is undergoing pure linear motion with speed 4.00 [m/s], what is the angular velocity of the first billiard ball?? O160 [rad/s] 135 [rad/s] O119 [rad/s] O114 [rad/s] 15
Transcribed Image Text:Question 15 Cynthia Billiards. Consider two identical billiard balls (I = mR²) with mass 0.160 [kg] and radius 0.0250 [m] that have the same kinetic energy. If the first billiard ball is rolling without slipping and the second billiard ball is undergoing pure linear motion with speed 4.00 [m/s], what is the angular velocity of the first billiard ball?? O160 [rad/s] 135 [rad/s] O119 [rad/s] O114 [rad/s] 15
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