Question

A cylinder of moment of inertia 0.09 kg.m2 can rotates about a horizontal, fixed axis. It is wrapped with a light string which is pulled by a constant force for a distance of 2 m. The final angular speed of the cylinder is 20 rad/s. Suppose the friction is negligible. a/ Find the magnitude of the force acting on the string. b/ Knowing that the radius of the cylinder is 6 cm, find the linear speed of a point on the edge of the cylinder?

Name: a cylinder of moment of inertia 009 kgm2 can rotates about a horizontal fixed axis it is wrapped with a light string which is pulled by a constant force for a distance of 2 m the final angul 62403
Uploaded: 2023-09-01T03:58:43-08:00
Duration: 1 min 8 s
Channel: Narayan Hari
Description: a cylinder of moment of inertia 009 kgm2 can rotates about a horizontal fixed axis it is wrapped with a light string which is pulled by a constant force for a distance of 2 m the final angul 62403

          A cylinder of moment of inertia 0.09 kg.m2 can rotates about a
horizontal, fixed axis. It is
wrapped with a light string which is pulled by a constant force for
a distance of 2 m. The final angular speed
of the cylinder is 20 rad/s. Suppose the friction is
negligible.
a/ Find the magnitude of the force acting on the string.
b/ Knowing that the radius of the cylinder is 6 cm, find the linear
speed of a point on the edge of the cylinder?

Added by F-Tima W.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Narayan Hari

09/01/2023

Step 1

09 kg.m^2) \(\omega_f\) = final angular speed (20 rad/s) \(\omega_i\) = initial angular speed (0 rad/s, as the cylinder starts from rest) \(d\) = distance covered by the string (2 m) Show more…

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A cylinder of moment of inertia 0.09 kg.m2 can rotates about a horizontal, fixed axis. It is wrapped with a light string which is pulled by a constant force for a distance of 2 m. The final angular speed of the cylinder is 20 rad/s. Suppose the friction is negligible. a/ Find the magnitude of the force acting on the string. b/ Knowing that the radius of the cylinder is 6 cm, find the linear speed of a point on the edge of the cylinder?