List of top Physics Questions on Centre of mass asked in MHT CET

Figure shows a composite system of two uniform rods of length as shown. The co-ordinates of the centre of mass of the system of rods are

A composite system of two uniform rods of same metal are shown in the figure. Lengths of rods are as shown in figure. The co-ordinates of the centre of mass of the system of rods are

Two particles of masses \(2\) g and \(4\) g are situated at the opposite ends, A and B of a wooden bar respectively. Let \(l(AB) = 9\) cm. The center of mass of the system will be

Three identical spheres, each of mass 'm' kg, are kept as shown in the figure, touching each other, with their centers on a straight line. If their centers are marked as A, B, C respectively, the distance of center of mass of the system from A is

Three rods of same mass are placed as shown in figure. The co-ordinates of centre of mass of the system are

Three rods of same mass are placed as shown in figure. The co-ordinates of centre of mass of the system are

Three rods of same mass are placed as shown in figure. The co-ordinates of centre of mass of the system are

Four masses of \(1\text{ kg}, 2\text{ kg}, 3\text{ kg}\) and \(4\text{ kg}\) are kept at co-ordinates \((0, 0)\text{m, (0, 1)\text{m}\) and \((1, 0)\text{m}\) respectively. Using the co-ordinates of centre of mass its position vector is}

The centre of mass of a system of particles does NOT depend on

Four masses of \(1\text{ kg}, 2\text{ kg}, 3\text{ kg}\) and \(4\text{ kg}\) are kept at co-ordinates \((0, 0)\text{m, (0, 1)\text{m}\) and \((1, 0)\text{m}\) respectively. Using the co-ordinates of centre of mass its position vector is}