The disk of mass m =2 kg and radius r =0.5 m, has a moment of inertia ī =4 kg.m2 about its center of mass C. The disk is released from rest at position A and rolls without slipping down the circular path in the vertical plane. If R =2.3 m, determine the angular velocity of the disk at position B. Give your answer in rad/s. m,Ī A C В 3
The disk of mass m =2 kg and radius r =0.5 m, has a moment of inertia ī =4 kg.m2 about its center of mass C. The disk is released from rest at position A and rolls without slipping down the circular path in the vertical plane. If R =2.3 m, determine the angular velocity of the disk at position B. Give your answer in rad/s. m,Ī A C В 3
Related questions
Question

Transcribed Image Text:The disk of mass m =2 kg and radius r =0.5 m, has a moment of inertia ī =4 kg.m2 about its
center of mass C. The disk is released from rest at position A and rolls without slipping down the
circular path in the vertical plane. If R =2.3 m, determine the angular velocity of the disk at position
B. Give your answer in rad/s.
m,Ī
A
C
В
3
Expert Solution

This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 3 steps
