Determine the magnitude of the force that you need to exert on the end of the stick (perpendicular to it) so that the cylinder moves with a constant speed. Determine the work done by your hand on the stick while your hand makes one full turn around the axis. Determine the work done by the stick on the cylinder during the one full term around the axis.

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Chapter1: Units, Trigonometry. And Vectors
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Determine the magnitude of the force that you need to exert on the end of the stick (perpendicular to it) so that the cylinder moves with a constant speed. Determine the work done by your hand on the stick while your hand makes one full turn around the axis. Determine the work done by the stick on the cylinder during the one full term around the axis.
A 2.0-kg metal cylinder on a table is placed inside a hoop
that is fixed at the end of a meter stick. The stick can
rotate around a vertical axis that is located 20 cm from the
cylinder, as shown in (Figure 1). By exerting a force on the
stick, you can make the cylinder rotate in a horizontal
plane, with the bottom surface of the cylinder sliding on
the rough table. The coefficient of kinetic friction between
the cylinder and the table is 0.32.
Figure
1 of 1
Top view
80 cm
20 cm
Metal
cylınder
Axis of rotation
Transcribed Image Text:A 2.0-kg metal cylinder on a table is placed inside a hoop that is fixed at the end of a meter stick. The stick can rotate around a vertical axis that is located 20 cm from the cylinder, as shown in (Figure 1). By exerting a force on the stick, you can make the cylinder rotate in a horizontal plane, with the bottom surface of the cylinder sliding on the rough table. The coefficient of kinetic friction between the cylinder and the table is 0.32. Figure 1 of 1 Top view 80 cm 20 cm Metal cylınder Axis of rotation
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