Solution of task 15.7.5 from the collection of Kepe OE
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15.7.5
The belt drive starts to move from a standstill under the influence of a constant
Moment of the force bed M = 2.5 N • m. The moments of inertia of the pulleys with respect to their rotation axes I2 =
2I1 = 1 kg • m2. Determine the angular velocity of the pulley 1 after three revolutions, if the radii
Pulleys R2 = 2R1. (Answer 11.2)
The belt drive starts to move from a standstill under the influence of a constant
Moment of the force bed M = 2.5 N • m. The moments of inertia of the pulleys with respect to their rotation axes I2 =
2I1 = 1 kg • m2. Determine the angular velocity of the pulley 1 after three revolutions, if the radii
Pulleys R2 = 2R1. (Answer 11.2)
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