Question

load weight, weight distribution, size, shape, and position are key factors affecting the stability of the forklift. forklifts are designed to carry a capacity load at a standard load center, commonly 24 inches. with that information, select the load that meets these criteria for a safely carried load.
select the best option.
a 24 inch by 30 inch box standing on the 24 inch side image of a box with height 30 in., width 24 in., labeled 4500
a 24 inch by 30 inch box standing on the 30 inch side image of a box with height 24 in., width 30 in., labeled 4500
if you need to review this content, it can be found in the forklifts module of the materials handling, storage, use, and disposal topic.

Explanation:

Forklifts are designed to carry a capacity load at a standard load center of 24 inches. For a load to be safely carried, the load's center should align with the forklift's standard load center (24 inches). When the 24 - inch by 30 - inch box stands on the 24 - inch side, the load's dimension along the load - center - relevant side (the base on the forks) is 24 inches, which matches the standard load center. When it stands on the 30 - inch side, the base on the forks is 30 inches, which does not match the 24 - inch standard load center and may affect stability. So the load that meets the criteria is the 24 - inch by 30 - inch box standing on the 24 - inch side.

Answer:

A. A 24 inch by 30 inch box standing on the 24 inch side