I assume you are looking for the point where the ruler plus masses can be supported and be in equilibrium. If so, I'd say there is no difference.MaiteB said:Where is the difference between center of support of equilibrium and center of mass of system.
The center of mass refers to the point where an object's mass is evenly distributed, while the center of support of equilibrium refers to the point where an object is in a state of balance.
The center of mass is directly related to the center of support of equilibrium, as the position of the center of mass affects an object's balance and stability.
The center of mass can be calculated by finding the average position of an object's mass. The center of support of equilibrium can be calculated by considering the distribution of forces acting on an object.
If the center of mass and center of support of equilibrium do not align, the object will be unbalanced and may fall or topple.
The center of mass and center of support of equilibrium are important considerations in engineering and design as they help determine the stability and balance of structures and objects. Engineers must ensure that the center of mass is within the base of support to prevent toppling or collapse.