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Solution of the D2 B14. Flywheel, is at rest, is rotated at constant torque M1 = 2000 Nm. This raises the resistance moment is proportional to the angular velocity of M2 = 100w. The moment of inertia of the flywheel about the axis of rotation is equal to J = 250 kgm2. Determine the number of rotations of the flywheel 10 s after the start of motion.

Right after the payment you receive a link to the archive with the solution of the problem in theoretical mechanics A2 B14 (condition 14) in the test book "theoretical mechanics" Dievskaya VA Malyshev IA 2009 for university students.

The decision is decorated in a format word (typed or hand-written decision in a Word), packed to the archive zip (open on any PC).

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The decision is decorated in a format word (typed or hand-written decision in a Word), packed to the archive zip (open on any PC).

After checking the solutions I would be very grateful if you leave your positive feedback.

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