Two point masses m and M are separated by distance L. the distance of the centre of mass of the system from m is

Two particles having masses m and 4m are separated by distance l. The distance of the centre of mass from m is x_(1) and x_(2) is the distance of point at which gravitational field intensity is zero. Find the value of (x_(1))/(x_(2))

In a carbon monoxide molecule, the carbon and the oxygen atoms are separated by a distance 1.2xx10^-10m . The distance of the centre of mass from the carbon atom is

Two point masses m and 3m are placed at distance r. The moment of inertia of the system about an axis passing through the centre of mass of system and perpendicular to the joining the point masses is

There are two masses m_1 and m_2 placed at a distance l apart. Let the centre of mass of this system is at a point named C. If m_1 is displaced by l_1 towards C and m_2 is displaced by l_2 away from C. Find the distance, from C where new centre of mass will be located.

Two homogeneous spheres A and B of masses m and 2m having radii 2a and a respectively are placed in touch . The distance of the centre of mass from the first sphere is

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 point masses m and 4 m are seperated by a distance d on a line . A third point mass m_(0) is to be placed at a point on the line such that the net gravitational force on it zero . The distance of that point from the m mass is

Two particles of masses m_(1) and m_(2) (m_(1) gt m_(2)) are separated by a distance d. The shift in the centre of mass when the two particles are interchanged.

Two spheres of masses m and 2m are separated by distance d . A particle of mass (m)/(5) is projected straight from 2m towards m with a velocity v_(0) . Which of the following statements is correct ?

Gravitational force between two point masses m and M separated by a distance r is F . Now if a point mass 3m is placed next to m , what will be the (a) force on M due to m , (b) total force on M ?