In a typical load distribution scenario, the center of gravity must be located within which area?

The center of gravity must be located within the base of support to ensure stability during lifting operations. The base of support is defined as the area encompassed by the parts of the rigging system or equipment that are in contact with the ground or supporting structure. When the center of gravity of a load is positioned within this area, it helps maintain equilibrium, reducing the risk of tipping or unstable conditions that might lead to accidents or load failures.

In contrast, if the center of gravity falls outside the base of support, it can create a leaver effect, making the rigging system unstable and increasing the likelihood of a mishap during lifting operations. This principle is fundamental in load distribution and rigging practices to ensure safety and effective handling of heavy loads.