Im is A motor with rotor inertia of 0.03 kgm and maximum torque of connected to a uniformly distributed arm with a concentrated mass at its end, as shown in Figure. Assume that the two gears have 0.002 kgm² and 0.005 kgm² inertias respectively. Ignoring the viscous friction in the system. If the gear ratio is 5, the maximum angular acceleration it can develop is: (Show your work) 399 rad/s² 166 rad/s² 270 rad/s² 370 rad/s² 0.5 m m=3Kg m=3Kg

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A motor with rotor inertia of 0.03 kgm² and maximum torque of 12 Nm is
connected to a uniformly distributed arm with a concentrated mass at its end, as
shown in Figure. Assume that the two gears have 0.002 kgm² and 0.005 kgm²
inertias respectively. Ignoring the viscous friction in the system. If the gear ratio is
5, the maximum angular acceleration it can develop is: (Show your work)
399 rad/s²
166 rad/s²
270 rad/s²
370 rad/s²
0.5 m
m=3Kg
m=3Kg
Transcribed Image Text:A motor with rotor inertia of 0.03 kgm² and maximum torque of 12 Nm is connected to a uniformly distributed arm with a concentrated mass at its end, as shown in Figure. Assume that the two gears have 0.002 kgm² and 0.005 kgm² inertias respectively. Ignoring the viscous friction in the system. If the gear ratio is 5, the maximum angular acceleration it can develop is: (Show your work) 399 rad/s² 166 rad/s² 270 rad/s² 370 rad/s² 0.5 m m=3Kg m=3Kg
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