If the temperature of a unifrom rod is slightly increased by `Deltat` , its moment of inertia `I` about a line parallel to itself will increase by

If the temperature of a uniform rod is slightly increased by Deltat , its moment of inertia I about a line parallel to itself will increased by

If the temperature of a uniform rod is slightly increased by Deltat , its moment of inertia I about a line parallel to itself will increased by

If the temperature of a uniform rod is slighrly incerased by Deltat , its moment of ineratia I about a line parallel to itself will ubcreade by

If the temperature of a uniform rod is slighely increased by Deltat its moment of inertia I about perpendicular bisector increases by

If the temperature of a uniform rod is slighely increased by Deltat its moment of inertia I about perpendicular bisector increases by

If the pemperature of a uniform fod is slifhely increased by Deltat its mement of inertia I about o pqrpendicular bisector imcreases by

The temperature of a thin uniform rod increases by Deltat . If moment of inertia I about an axis perpenducular to its length, then its moment of increases by

The moment of ineratia of a uniform thin rod about its perpendicular bisector is I . If the temperature of the rod is increased by Deltat , the moment of inertia about perpendicular bisector increases by (coefficient of linear expansion of material of the rod is alpha ).