The steam engine has a flywheel which is having a radius of gyration of 1.1 m and mass of 2200 kg. The starting torque is 1550 Nm and assumed constant. What is the angular acceleration of the flywheel?(a) 0.54 rad/s^2(b) 0.58 rad/s^2(c) 0.62 rad/s^2(d) 0.52 rad/s^2The question was asked in class test.Question is taken from Flywheel topic in division Internal Combustion Engines of Automobile Engineering

The steam engine has a flywheel which is having a radius of gyration o

1.	The steam engine has a flywheel which is having a radius of gyration of 1.1 m and mass of 2200 kg. The starting torque is 1550 Nm and assumed constant. What is the angular acceleration of the flywheel?(a) 0.54 rad/s^2(b) 0.58 rad/s^2(c) 0.62 rad/s^2(d) 0.52 rad/s^2The question was asked in class test.Question is taken from Flywheel topic in division Internal Combustion Engines of Automobile Engineering
Answer» The correct choice is (B) 0.58 rad/s^2 Easiest explanation: I = mass moment of inertia of the FLYWHEEL, m = mass of the flywheel, k = radius of gyration, T = STATING TORQUE, and α = ANGULAR acceleration of the flywheel. I = mk^2 = 22001.1^2 = 2662 kg-m^2. T = Iα ⇒ 1550 = 2662 α ⇒ α = 0.58 rad/s^2.

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