GATE ME 2021 Set 2 — Question 64

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NAT+2 / -0MediumFlywheels & GovernorsBalancing, Flywheels & GyroscopesTheory of Machines & Vibrations

Theory of Machines & Vibrations → Balancing, Flywheels & Gyroscopes → Flywheels & Governors

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The torque provided by an engine is given by T(θ)=12000+2500sin(2θ) N.mT(\theta) = 12000 + 2500 \sin(2\theta)\text{ N.m}, where θ\theta is the angle turned by the crank from inner dead center. The mean speed of the engine is 200 rpm200\text{ rpm} and it drives a machine that provides a constant resisting torque. If variation of the speed from the mean speed is not to exceed ±0.5%\pm 0.5\%, the minimum mass moment of inertia of the flywheel should be __________ kg.m2\text{kg.m}^2 (round off to the nearest integer).
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