A rigid body can be hinged about any point on the "x" -axis.when it is hinged such that the hinge is at "x" , the moment of inertia is given by `I=x^(2)-2x+99`.The "x" - coordinate of centre of mass is?

A rigid body can be hinged about any point on the x-axis. When it is hinged such that the hinge is at x , the moment of interia is given by I = 2 x^(2) - 12 x + 27 The x-coordinate of centre of mass is.

A rigid body can be hinged about any point on the axis. When it is hinged such that the hinge is at x, the moment of inertia is given by, I=3x^(2)24x+17 Then the X-coordinate of centre of mass is.

The distance of any point from the x-axis is called the x-coordinate.

Two rods of equal mass m and length l lie along the x axis and y axis with their centres origin. What is the moment of inertia of both about the line x = y :

A uniform circular disc of radius R lies in the XY plane with its centre coinciding with the origin.The moment of inertia about an axis passing through a point on the X-axis at a distance x=2R and perpendicular to the X-Y plane is equal to its moment of inertia about an axis passing through a pint on the Y-axis at a distance y=d and parallel to the X-axis in the X-Y plane. The value of d is

Two rods of equal lengths(l) and equal mass M are kept along x and y axis respectively such that their centre of mass lie at origin. The moment of inertia about an line y = x, is

The x-coordinate of any point lying on the y-axis will be __________.