2. Half of the rectangular plate shown in tangular plate shown in figure (9-W2) is made of a material of density p, and the other na density Pg. The length of the plate is L. Locate the centre of mass of the plate.

Half of the recrtangular plate shown in figure is made of a material of density rho_1 and the other half of density rho_2 . The length of the plate is L. Locate the centre of mass of the plate.

Half of the recrtangular plate shown in figure is made of a material of density rho_1 and the other half of density rho_2 . The length of the plate is L. Locate the centre of mass of the plate.

Half of the recrtangular plate shown in figure is made of a material of density rho_1 and the other half of density rho_2 . The length of the plate is L. Locate the centre of mass of the plate.

Half of the uniform rectangular plate of length .L. is made up of material of density d_(1) and the other half with density d_(2) . The perpendicular distance of centre of mass from AB is

Masses of 2 kg each are placed at the corners B and A of a rectangular plate ABCD as shown in the figure. A mass of 8 kg has to be placed on the plate so that the centre of mass of the system should be the centre O . Then the mass should be placed at : .

A square plate and a circular plate made up of same meterial are placed touching each other an a horizontal table. If the side length of square plate is equal to diameter of the circular plate then the centre of mass of the system will be

A triangular plate has two cavities , one square and one rectangular as shown in figure . The plate is heated.