In a system of four thin uniform rods are each of mass inas shown. If `AE=EB, AH=HD` and `BC=2AB` then choose the CORRECT statement`:-`
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Find the M.I. of thin uniform rod of mass M and length L about the axis as shown.

In the given figure a ball strikes a uniform rod of same mass elastically and rod is hinged at point A . Then which of the statements (s) is//are correct ? .

In the given figure a ball strikes a uniform rod of same mass elastically and rod is hinged at point A . Then which of the statements (s) is//are correct ? .

Figure shows a horizontal rod AB which is free to rotate about two smooth bearing system. Two identical uniform rods each of mass m are attached to lod AB symmetrically about the centre ofmassO oftherodAB. All the dimensions are given in the figure-5.132. The system is rotating with constant angular velocity co insuch away that the upper rod is coming outward from the plane of the paper in the position shown. Gravity can be assumed to be absent in the experiment, then choose the correct option(s).

Center of mass of two thin uniform rods of same length but made up of different materials. & kept as shown, can be, if the meeting point is the origin of co-ordinated

Mass center of a system of a segment of a uniform circular rod(arc) Find location of mass center of a thin uniform rod bent into shape of an arc.

Mass center of a system of a segment of a uniform circular rod(arc) Find location of mass center of a thin uniform rod bent into shape of an arc.

Mass center of a system of a segment of a uniform circular rod(arc) Find location of mass center of a thin uniform rod bent into shape of an arc.

Two uniform thin rods each of length L and mass m are joined as shown in the figure. Find the distance of centre of mass the system from point O

Two uniform thin rods each of length L and mass m are joined as shown in the figure. Find the distance of centre of mass the system from point O