When the temperature of a rod increases from t to t +Δt its moment of inertia increases from I to I + ΔI . The coefficient of linear expansion of the body is a

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When the temperature of a rod increases from t to t +Δt its moment of inertia increases from I to I + ΔI . The coefficient of linear expansion of the body is a, then ratio ΔI/I is equal to
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Sep
When the temperature of a rod increases from t to t +Δt its moment of inertia increases from I to I + ΔI . The coefficient of linear expansion of the body is a, then ratio ΔI/I is equal to then ratio ΔI/I is equal to When the temperature of a rod increases from t [...]
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