The rotor of an electric motor has rotational inertia Im =2.0 * 10-3 kg m2 about its central axis. The motor is used to change the orientation of the space probe in which it is mounted. The motor axis is mounted along the central axis of the probe; the probe has rotational inertia Ip =12 kg m2 about this axis. Calculate the number of revolutions of the rotor required to turn the probe through 30 about its central axis.
The rotor of an electric motor has rotational inertia Im =2.0 * 10-3 kg m2 about its central axis. The motor is used to change the orientation of the space probe in which it is mounted. The motor axis is mounted along the central axis of the probe; the probe has rotational inertia Ip =12 kg m2 about this axis. Calculate the number of revolutions of the rotor required to turn the probe through 30 about its central axis.
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11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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The rotor of an electric motor has rotational inertia Im =2.0 * 10-3 kg m2 about its central axis. The motor is used to
change the orientation of the space probe in which it is mounted.
The motor axis is mounted along the central axis of the probe; the
probe has rotational inertia Ip =12 kg m2 about this axis.
Calculate the number of revolutions of the rotor required to turn
the probe through 30 about its central axis.
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