Final answer:
The weight capacity of a structure depends on the force exerted and the weight the structure can hold. For example, with a force of 5 N, and considering that 1 N equals 0.225 pounds, the weight lifted would be around 1.125 pounds. This principle can be applied in broader contexts, like determining the maximum load a ship can carry (nine times its own weight).
Step-by-step explanation:
The question is asking about the weight capacity of the main hoist of the starboard crane. This information isn't provided, but I can guide you on how to approach such a problem.
To determine the weight capacity, you need to consider the force exerted and the weight the structure can hold. As an example, let's use the conversion mentioned earlier in your study materials: 1 N (Newton) of force is equal to 0.225 pounds (lb). Therefore, if you have a force of 5 N, you would multiply 5 by 0.225, giving you a weight in pounds. That's 1.125 lb, which represents the weight that can potentially be lifted or moved when 5 N of force is applied.
In terms of buoyant force, the maximum a ship can carry is materialized as about nine times its own weight, providing a conceptual example of how forces can impact the weight a structure can hold.
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