Four identical rods of mass M=6 kg each are welded at their ends to form a square and then welded to a massive ring having mass m=4 kg and radius R=1 m. If the system is allowed to roll down the incline of inclination θ=30∘.The moment of inertia of the system about the centre of ring will be

Four identical rods of mass M=6 kg each are welded at their ends to fo

1.	Four identical rods of mass M=6 kg each are welded at their ends to form a square and then welded to a massive ring having mass m=4 kg and radius R=1 m. If the system is allowed to roll down the incline of inclination θ=30∘.The moment of inertia of the system about the centre of ring will be
Answer» Four identical rods of mass $M = 6 kg$ each are welded at their ends to form a square and then welded to a massive ring having mass $m = 4 kg$ and radius $R = 1 m$ . If the system is allowed to roll down the incline of inclination $θ = 30^{\circ}$ . The moment of inertia of the system about the centre of ring will be

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Four identical rods of mass M=6 kg each are welded at their ends to form a square and then welded to a massive ring having mass m=4 kg and radius R=1 m. If the system is allowed to roll down the incline of inclination θ=30∘.The moment of inertia of the system about the centre of ring will be

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