Final answer:
The ship in question was constructed using approximately 100 tons of steel. This detail falls under the field of Engineering, illustrating how material strength and buoyancy are key considerations in ship design and construction, in relevance to historical steel production figures.
Step-by-step explanation:
The question asks about the amount of steel used to construct a ship, which pertains to the field of Engineering. It is relevant to note that the mass of the ship is given as 1.00 × 105 kg, which translates to approximately 100 tons.
Additionally, there is a mention of the buoyant force being ten times the weight of the steel, suggesting that the ship is capable of carrying a load that is nine times its own weight without sinking.
This factor highlights how Engineering principles such as buoyancy and material strength are utilized in shipbuilding.
When considering historical production figures, such as when American furnaces reached production levels of ten million tons of steel annually by 1900 and then over twenty-four million tons annually by 1910, it's clear that the availability of materials greatly influenced shipbuilding capacities and technological advancements.