[" A body has its centre of mass at the origin.The "x" - "],[" coordinates of the particles "]

A body has its centre of maas at the origin. The x-coordinates of the particles

A body has its centre of maas at the origin. The x-coordinates of the particles

A body has its centre of maas at the origin. The x-coordinates of the particles

A system of particles has its centre of mass at the origin. The x-coordinates of all the particles

A body having its centre of mass at the origin has three of its particles at (a,0,0), (0,a,0),(0,0,a). The moments of inertia of the body about the X and Y axes are 0.20 kg -m^2 each. The moment of inertia about the Z-axis

A body having its centre of mass at the origin has three of its particles at (a,0,0), (0,a,0),(0,0,a). The moments of inertia of the body about the X and Y axes are 0.20 kg -m^2 each. The moment of inertia about the Z-axis

A body having its centre of mass at the origin has three of its particles at (a,0,0), (0,a,0),(0,0,a). The moments of inertia of the body about the X and Y axes are 0.20 kg -m^2 each. The moment of inertia about the Z-axis

The centre of mass of a triangle shown in figure has coordinates

A particle of mass m is moving with constant speed v on the line y=b in positive x-direction. Find its angular momentum about origin, when position coordinates of the particle are (a, b).

A particle of mass m is moving with constant speed v on the line y=b in positive x-direction. Find its angular momentum about origin, when position coordinates of the particle are (a, b).