Two uniform thin identical rods each of mass 15 g and length 30 cm are joined so as to form a cross as shown in figure. The system rotates about perpendicular axis throw from its center of mass with angular velocity 20 rad/s and it is moving on circular path of radius 2 m. Calculate the total angular momentum when its tangential velocity 10 m/s.
Two uniform thin identical rods each of mass 15 g and length 30 cm are joined so as to form a cross as shown in figure. The system rotates about perpendicular axis throw from its center of mass with angular velocity 20 rad/s and it is moving on circular path of radius 2 m. Calculate the total angular momentum when its tangential velocity 10 m/s.
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Transcribed Image Text:Two uniform thin identical rods each of mass 15 g and length 30 cm are
joined so as to form a cross as shown in figure. The system rotates about
perpendicular axis throw from its center of mass with angular velocity 20
rad/s and it is moving on circular path of radius 2 m. Calculate the total
angular momentum when its tangential velocity 10 m/s.
it
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