Q3. The particle of mass m is attached to the massless rigid rod, and the whole assembly rotates passively in a vertical plane about a horizontal axis through O with an angular velocity w. Determine the tension T in the rod as a function of mass, length, gravity, 0 and w.
Q3. The particle of mass m is attached to the massless rigid rod, and the whole assembly rotates passively in a vertical plane about a horizontal axis through O with an angular velocity w. Determine the tension T in the rod as a function of mass, length, gravity, 0 and w.
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Please help. This problem involves finding the tension of a rod in a pedullum. Thank you.
![Q3. The particle of mass m is attached to the massless rigid rod, and the whole assembly rotates
passively in a vertical plane about a horizontal axis through O with an angular velocity w.
Determine the tension T in the rod as a function of mass, length, gravity, 0 and w.
L](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8735dee1-ec31-4346-b70c-e4d10f64e04c%2Fa3ede762-31ef-4ece-ac37-a51c3569f26c%2Fbwt0wh_processed.png&w=3840&q=75)
Transcribed Image Text:Q3. The particle of mass m is attached to the massless rigid rod, and the whole assembly rotates
passively in a vertical plane about a horizontal axis through O with an angular velocity w.
Determine the tension T in the rod as a function of mass, length, gravity, 0 and w.
L
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