Q5) A thin uniform cylinder of mass m 2.91 kg and radius r= 0.105 m lies flat on a table. The center of mass of the cylinder is attached to a massless string. Initially the center of mass of the cylinder moves in a uniform circular motion with constant radius R = 1.27 m. The speed of the center of mass is v = 7.08 m/s view from above view from the side R a) What is the magnitude angular momentum of the cylinder, with respect to the center of rotation? b) A force acts on the massless string for a while, such that afterwards the center of mass of the cylinder moves in a uniform circular motion with a new constant radius Rnew= 0.790 m. Calculate the work the force did on the system of the rotating cylinder.

Q5) A thin uniform cylinder of mass m 2.91 kg and radius r= 0.105 m lies flat on a table. The center of mass of the cylinder is attached to a massless string. Initially the center of mass of the cylinder moves in a uniform circular motion with constant radius R = 1.27 m. The speed of the center of mass is v = 7.08 m/s view from above view from the side R a) What is the magnitude angular momentum of the cylinder, with respect to the center of rotation? b) A force acts on the massless string for a while, such that afterwards the center of mass of the cylinder moves in a uniform circular motion with a new constant radius Rnew= 0.790 m. Calculate the work the force did on the system of the rotating cylinder.

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter9: Linear Momentum And Collisions

Section: Chapter Questions

Problem 9.11CYU: Check Your Understanding Suppose we included the sun in the system. Approximately where would the...

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